B.

Tech (Civill Engineering) SAR - PART B

1 Vision, Mission and Programme Educational Objectives (100)

1.1 Vision and Mission (5)

1.1.1 State the Vision and Mission of the institute and department (1)

(List and articulate the vision and mission statements of the institute and department)

Institute

VISION

To be among the best of the institutions for engineers and technologists with attitudes, skills and
knowledge and to become an epicenter of creative solutions.

MISSION

To achieve and impart quality education with an emphasis on practical skills and social
relevance.

Department of Civil Engineering

VISION

To become a pioneering centre in civil engineering.

MISSION

 To produce well qualified and talented engineers by imparting quality education.

 To enhance the skills of entrepreneurship, innovativeness, management and life-long
learning in young engineers.
 To inculcate professional ethics and make socially responsible engineers.

1.1.2 Indicate how and where the Vision and Mission are published and disseminated (2)

(Describe in which media (e.g. websites, curricula books) the vision and mission are published
and how these are disseminated among stakeholders)

Every effort is made to ensure the Vision and Mission is communicated effectively to all
stakeholders namely students, faculty, parents, industry, alumni and management.

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 B.Tech (Civill Engineering) SAR - PART B

Presently Vision and Mission are published and disseminated through the following methods:
Print Media: College Diary, College Brochures

Electronic Media: College/Departmental Website, Display Monitors

Display Boards: Flexi-Boards, Permanent Wooden Boards

Direct Communication: Orientation Programmes to freshers/parents/guardians, Induction

Programmes to staff members, presentations to visiting academicians/industry personnel,

announced during seminars/conferences/workshop.

1.1.3 Mention the process for defining Vision and Mission of the department (2)

The department established the vision and mission through a consultative process involving the
stakeholders (students, alumni, parents, professional bodies, faculty, industry, and management)
considering the scope for growth of the department and future societal requirements.
The process to arrive at the Mission and Vision of the department is as follows:
1. This process reviews aspirations of our Institution in the light of the vision and mission of
some of best educational institutions running similar programmes.
2. Feedback from all stakeholders are considered
3. Departmental Advisory Board (DAB)/Departmental Development and Monitoring
Committee (DDMC) makes the draft.
4. These proposals are ratified by the Governing Body.

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Figure 1: The process for defining the Mission and Vision of the department

1.2 Programme Educational Objectives (15)

1.2.1 Describe the Programme Educational Objectives (PEOs) (2)

(List and articulate the programme educational objectives of the programme under accreditation)

This programme is meant to prepare our students to professionally thrive and to lead.
During their progression:
PEO 1: Graduates of the programme will be successful in technical and professional career.
PEO 2: Graduates of the programme will have proficiency in execution of real time Civil
Engineering projects.
PEO 3: Graduates of the programme will continue to engage in life-long learning with ethical
and social responsibility.
1.2.2 State how and where the PEOs are published and disseminated (2)

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 B.Tech (Civill Engineering) SAR - PART B

(Describe in which media (e.g. websites, curricula books) the PEOs are published and how these
are disseminated among stakeholders)

Institute makes every effort to ensure Department PEOs are communicated effectively to all
stakeholders namely students, faculty, parents, industry, alumni and management.

Presently PEOs are published and disseminated through the following methods:
Print Media: Departmental Brochure/Booklets, Course Registers

Electronic Media: College/Departmental Website, Display Monitors

Display Boards: Notice Boards,

Direct Communication: Orientation Programmes to freshers /parents, Induction Programmes to

staff members.

1.2.3 List the stakeholders of the programme (1)

(List stakeholders of the programme under consideration for accreditation and articulate their
relevance)

The Stake holders for the programme are

1. Students
2. Employer
3. Faculty
4. Parents
5. Alumni
6. Management
7. Professional bodies
Students: Students seek quality environment at the Institute which includes good infrastructure,
qualified faculty and conducive learning environment. They expect the qualification to be well
recognized for an employment with reputed industry or for admission in the best educational
institution or to prepare for a career of one’s own choice. Students also play a key role in
program enhancement. The inputs/feedback given by the students help in redesigning the
curriculum, and in introducing new innovative practices to meet the industry needs.

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Employer: The employer looks for recruiting the students from the institution who can be
trained easily, deployed rapidly and contribute for Organizational and societal growth. Industry
also sees institutions as a complementary asset to their R&D. They being one of the direct
beneficiary, provide the necessary direction and growth plans. The feedback from the employer
helps to fill the curriculum gaps so as to meet the current trends.
Faculty: Faculty acts as facilitator for the students to achieve their goals. Faculty play important
role in guiding the students and motivating them. Faculty wants to improve their credentials and
growth in profession. Faculty takes pride in associating with a reputed institution and builds their
career. They also play a crucial role in designing the programme and establishing the PEOs /
POs. The consistency of the programme is maintained by different committees formed by the
faculty.
Parents: Parents seek quality education for their ward for a better future and career through the
institution. Parents’ expectations are also given consideration in the development of curriculum.
Alumni: The Alumni take pride in their educational institution from where they graduated. The
Alumni prefer to maintain traditions by guiding their juniors on approaches to get better
professional growth. The present social networking sites have made better interaction between
Alumni and students. The Alumni contributes to the institution at times financially and other
times through technical guidance and also gives feedback for the development of the Institution.
Alumni feedback is more important in redesigning the course content because they actually faced
the field problem with the knowledge imparted during their education. They can judge whether
the level of knowledge they have gained is at par with industry requirements or not.
Management: The Management is a facilitator for imparting quality education by providing best
infrastructure, qualified faculty members and latest equipment and software. Management also
focuses on the professional growth of the students. Management can enhance their social
standing through the institution.
Professional Bodies: Professional bodies are groups of experienced professionals with lots of
experience in their respective profession. They have knowledge of the latest developments in the
field and what skills the young engineers should have to flourish in their career. The opinions of
professional bodies are given due consideration.
1.2.4 State the process for establishing the PEOs (5)

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(Describe the process that periodically documents and demonstrates that the PEOs are based on
the needs of the programmer’s various stakeholders.)

We draw upon the inputs from stake holders typically the faculty, alumni, industry, professional
bodies input to formulate our PEOs.
Faculty: The faculty members of the department are one of the key stake holders empowered to
evaluate the feedback received from all other stake holders, proposing improvements in the
curriculum, the outcomes and objectives, and in implementing any ratified changes. All changes
in the curriculum are initiated by the faculty. Additionally, all the faculty members continually
interact with all of the other stakeholders, allowing for the opportunities to receive, apart from
formal, the informal feedback.
Alumni: The Alumni provides vital inputs for drafting and to review our PEOs. The inquiry
includes opinion on the current courses, its shortfall, suggestive changes to be considered in
revising curriculum, their success in careers and suitability of preparation attributed to the
curriculum they were tutored in, any advice they have to give to current students, and what they
have to do for succeeding in their careers.
Regular input from alumni is obtained via following interactions:
Surveys: Formatted Survey data is utilized to gather comprehensive information for
scrutiny and analysis.
Alumni visits: Formal and informal visits by the alumni gives scope for direct personal
interaction, discussions and also gives an opportunity to collect and record information
required for improving the programme based on their professional experiences.
Alumni faculty interaction: Alumni will be regularly interacting with some of the
faculty with whom they are more conversant and they share their experiences,
feelings, problems etc. which will be more useful in redesigning the programme.
Employers: Input from employers plays a vital role in the formulation and review of the PEOs
which reflect on the success and relevance of the designed courses. Employers are at the
forefront of the practice of the profession; hence their feedback is important. They give us early
indications of changing or new trends in the profession. The information is gathered from
employers using both formal surveys and various informal interactions. In such interactions,
employers are inquired about their views on the needs and direction of growth of the domain and
correspondingly what the goals should be in educating the students.
Regular input from employers is obtained via the following interactions:
Surveys: Industry is directly or indirectly interacted with, during institutional visits for
guest lectures, workshops, seminars, placement drives or for any other informal
interaction and the opportunity is utilized to fill in the Survey Form designed for
formulating PEOs.
Tours: Department regularly arranges tours to industries as part of their courses
education processes. Discussions with the industries, and the visiting faculty help gain
additional information on the current needs of industry with regard to our graduates,
and thereby contribute the understanding needed to formulate or revise our PEOs.
Professional Bodies: Professional Bodies like Institution of Engineers, CII, CREDAI, ICI, IGS,
IRC, IWWA, periodically express the status of industry which are noted and utilized during
formulating or reviewing the PEOs.
The PEOs are established through the following steps:

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Step 1: Vision and Mission of the Institute and Department are taken as the basis to interact
with all the key stake holders.
Step 2: All documents relating to the Programme and the department are also forms the
necessary inputs. These include instructional materials which are collected for all the
courses. The Outcomes in terms of courses are listed for the programme and the
Graduate attributes are taken into account apart from information collected from
Alumni in terms of career achievements, contribution to society, ethical practices and
intellectual contributions.
Step 3: Program Coordinator consults the key stakeholders in the light of current status of the
institute, teaching learning environment, student and faculty quality and infrastructure.
Feedback from prospective employers and current employers of alumni are collected.
Step 4: Programme Assessment Committee reviews and recommends within the guidelines
defined for the formulation of the PEOs to DAB (DDMC).
Step 5: DAB (DDMC) finalizes the PEOs and submits to Academic Council.
Step 6: PEOs suggested by DAB (DDMC) are ratified by the Academic Council.

Figure 2: The process of establishing PEOs

1.2.5 Establish consistency of the PEOs with the Mission of the institute (5)

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 B.Tech (Civill Engineering) SAR - PART B

(Describe how the Programme Educational Objectives are consistent with the Mission of the
department.)

The department mission is in consistence with that of the institute. The PEOs are consistent with
the mission of department as described by mapping wherein it gives evidence on the agreement
between mission and the PEOs. The Civil Engineering-PEOs reflect the expected
accomplishments of the graduates a few years after their graduation. These objectives are
consistent with the Mission statement as is evident from the statement above.
By educating students in Civil Engineering, they are being molded for careers in professional
practice, leadership and by providing them with a broad based education including
communication and life-long learning skills. This also develops and strengthens their ability to
solve practical problems of social relevance, for civic contribution as well as professional
practice.

Mission of Deaprtment
Professional
Entrepreneurial,
PEOs Quality ethics and
Managerial and life
Education socially
-long learning Skills
responsible
Graduates of the programme will be
successful in technical and professional X X X
career.
Graduates of the programme will have
proficiency in execution of real time X X --
Civil Engineering projects
Graduates of the programme will
continue to engage in life-long learning -- X X
with ethical and social responsibility

1.3 Achievement of Programme Educational Objectives (30)

1.3.1 Justify the academic factors involved in achievement of the PEOs (15)

(Describe the broad curricular components that contribute towards the attainment of the
Programme Educational Objectives.)

The following are the academic factors involved in the achievement of the PEOs:

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 By introducing courses in core engineering, basic sciences, mathematics, management,

allied engineering and elective courses, seminars and projects that form the programme
components.

Curriculum Content
Course Component PEOs (% of total number of Credits
credits of the program)
Mathematics 1,2 & 3 8% 16
Basic Sciences 2,3 6% 12
HSS 2, 3 9% 18
Computing 2,3 4.5% 9
Professional Core 1, 2, 3 72.5% 145
 The academic factors are decided by Academic Council and Board of Studies which
involve university professors, Industrial experts and subject experts from the department.
These committees play main role to frame the curriculum.
 Student participation in Internship programmes and Major Projects.
 By conducting continuing education and professional development programmes for the
faculty.
 By effective monitoring of all systems and processes including the feedback.
 By providing budgetary resources and modern infrastructure.
 By developing and maintaining quality in teaching.
 By collaborating with leading institutions, professional bodies and industries.
 By effectively employing appropriate technologies to enhance instructions and
student learning.

1.3.2 Explain how administrative system helps in ensuring the Achievement of the
PEOs (15)

(Describe the committees and their functions, working process and related regulations.)

To ensure achievement of PEOs and goals of Outcome Based Education a well-structured

administrative hierarchy exists in the institute. Administrative System to ensure achievement of
PEOs is as follows:
1. Course Coordinator: One of the faculty among those teaching same course, monitors and
reviews the activities related to attainment of course outcomes
2. Module Coordinator: Senior faculty coordinates and supervises the faculty teaching similar
like courses.
3. Programme Coordinator: Interacts and maintains liaison with key stakeholders like
students, faculty and administration. He conducts and interprets various surveys required to
assess to POs and PEOs.
In order to monitor and ensure Outcome Based Education the Institution level committees and
department level committees are created.

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 B.Tech (Civill Engineering) SAR - PART B

1. Class Coordinators Committee

2. Programme Assessment Committee
3. Board of Studies
4. Departmental Advisory Board (Departmental Development and Monitoring Committee)
5. Academic Council

Committee Chair Members Responsibilities

1.To tap the suggestions of the
students, to enhance teaching-
learning process.
2.To monitor and improve the
relations and shortfalls between
Class Respective 1.Faculty of a academics and teaching
Coordinators Classcoordinat particular course environment.
Committee (CCC) or 2.Student 3.Review of activities related to
representatives attainment of course outcomes
Committee Scheduled meetings:
Two times a semester or as and
when needed.
(A sample of copy is annexed)

1.To monitor feedbacks from stake

holders and taking action there after
on academic matters.

2. To monitor assessment and

attainment of COs, POs and PEOs.
3. Evaluate Programme effectiveness
and propose necessary changes for
1.Module coordinators.
continues environment.
Programme 2.Faculty of a
Programme 4. Motivate faculty and students to
Assessment particular course.
Coordinator attend workshops, developing
Committee (PAC) 3.Class coordinators.
projects, working models, paper
publications and research.
5. Inter act with students, faculties,
Programme coordinator, Module
coordinators, and external
stakeholders in facilitating PEOs.
Committee Scheduled meetings:
Two times a semester or as and
when needed.
(A sample of copy is annexed)
1.Programme 1.To prepare, frame and modify the
Chairman
Board of Studies coordinators of the syllabus for various courses
Board of
department keeping in view the Program
Studies
2.All teaching faculty Objectives of the Programme.

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 B.Tech (Civill Engineering) SAR - PART B

of each course/ 2.Evaluates programme

specialization effectiveness and proposes
offered. continuous improvement.
3. Module coordinator 3.To suggest panel of names for
4.Two external experts appointment of examiners; and
in the programme coordinate research, teaching,
concerned and extension and other academic
nominated by the activities in the programme /
Academic Council. institute.
5.One expert to be 4.To suggest new methodologies for
nominated by the innovative teaching and evaluation
Vice-chancellor from techniques and tools.
a panel of six 5.To review implementation of
recommended by institutional quality assurance in
Principal of the the department for improving
institute. programme.
6.Not more than two 6. Guiding in evolving POs and Cos
persons to be co- based on assessement.
opted for their expert Committee Scheduled meetings:
knowledge including As and when necessary.
those belonging to (A sample of copy is annexed)
concerned profession
or industry.
7.One post-graduate
meritorious alumni
nominated by the
Principal.
8.The Chairman Board
of Studies may with
the approval of the
Principal of the
Institute co-opt:
a. Experts from
outside the institute
whenever special
courses of studies
are to be
formulated.
b. Other members
of the staff of the
same faculty.
1.All faculty are 1. To formalize the departmental
Departmental members- one Vision and Mission.
Head of the
Development and among them will act 2. To plan and monitor the growth of
Department
Monitoring as Secretary. programmes of the department.
Committee 2.Members may be co- 3. Develops and recommends new or

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 B.Tech (Civill Engineering) SAR - PART B

(DDMC) opted from other revised PEOs.

(Departmental programmes, 4. To ensure infrastructure, support
Advisory Board) University and facilities and activities to ensure
industry as per attainment of PEOs.
requirement Committee Scheduled meetings:
Two times a semester or as and
when needed.
(A sample of copy is annexed)

1.Heads of
Departments
2.Four faculty
members other than
the Heads of
Departments
representing the
various categories
(by rotation and
5. To formalize the departmental
seniority).
Vision and Mission.
3.Four persons
6. To plan and monitor the growth of
including
programmes of the department.
educationalists of
7. Develops and recommends new or
repute, one person
revised PEOs.
from the industry
Academic 8. To ensure infrastructure, support
Principal and engineering
Council facilities and activities to ensure
related to the
attainment of PEOs.
activities of the
Committee Scheduled meetings:
institute, who are not
Two times a semester or as and
in the service of the
when needed.
institute and
(A sample of copy is annexed)
nominated by the
Governing Body.
4.Three nominees of
the parent university
5.A faculty member
nominated by the
Principal of the
institute to act as
Member Secretary.

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 B.Tech (Civil Engineering) SAR - PART B

1.4 Assessment of the Achievement of Programme Educational Objectives (40)

1.4.1 Indicate tools and processes used in assessment of the attainment of the PEOs (25)

Describe the assessment process that periodically documents and demonstrates the degree to
which the Programme Educational Objectives are attained. Also include information on:

a) A listing and description of the assessment processes used to gather the data upon which the
evaluation of each programme educational objective is based. Examples of data collection
processes may include, but are not limited to, employer surveys, graduate surveys, focus groups,
industrial advisory committee meetings, or other processes that are relevant and appropriate to
the programme;

The following assessment processes are used for the assessment of the achievement of the PEOs
S.NO Method Assessment Tool Description

1 Oral & Written Objective, subjective, theory, practical, seminar

Direct Exams and viva evaluation
2 Projects Mini & Major project evaluation
3 Student Exit Survey Passing out students
4 Alumni Survey Old batches of the students
Indirect
5 Employer Survey Industries which recruit our students
6 Industry Survey Leading industry in the domain of particular
programme

PEOs (Program Educational Objectives) relate to the career and professional accomplishments of
students after they graduate from the program. Consequently, assessment and evaluation of the
objectives requires assessment tools that can be applied after graduation. The PEO’s assessment
process and methods are tabulated. However, keeping the significance of contribution of the
curriculum and the assessment opportunities such as placement data and higher education
entrance performance, these assessments are taken as supplementary evidence.

S.NO Method Assessment Tool Description

1 Direct Oral & Written Objective, subjective, theory, practical, seminar

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 B.Tech (Civil Engineering) SAR - PART B

Exams and viva evaluation

2 Projects Mini & Major project evaluation
3 Student Exit Survey Passing out students
4 Alumni Survey Old batches of the students
Indirect
5 Employer Survey Industries which recruit our students
6 Industry Survey Leading industry in the domain of particular
programme

b) The frequency with which these assessment processes are carried out.

Frequency of the Assessment Processes

Documentation
Assessment Assessment Evaluation
Description and
Tool Cycle Cycle
Maintenance
Marks are
Internal Twice in a Twice in a recorded in
Mid Exams
Evaluation semester semester department and
examination cell.
Result Recorded
External Once in a Once in a at examination
End Exams
Evaluation semester semester cell and
department
Before Every Twice in a Twice in a
Assignments Course Register
Mid Exam semester semester
End of the Once in a Once in a
Viva Lab Register
Semester semester semester
General and Once in a Once in a
Seminars Course Register
Technical semester semester
Internal and
External Once in a Once in a Lab record,
Lab Exams
experimental semester semester Examination Cell
evaluation
Mini and Major
Once in four Once in four
Projects project Examination Cell
years years
evaluation
All Stake Recorded in
Surveys Once in a year Once in a year
Holders department

1.4.2 Give evidences for the attainment of the PEOs (30)

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 B.Tech (Civil Engineering) SAR - PART B

File Name
Meetings
Surveys
Result Analysis

We have introduced the Outcome Based Education system in full spirit in GRIET recently.
Therefore it will take three more academic years to have students having experienced the
learning environment as per new defined PEOs and three to five years from exit for them to
experience the field of their careers. In the absence of such complete data, the evaluation
guidelines are given, however attainment of the PEOs are commented based on available data.
However criteria for level of attainment of PEOs have been formulated for the essential
processes indicated before. The existing alumni and graduate performances and surveys are
presented as a representative data for future discussions.

Below
PEO Assessment Good Average Attainment
Average
Below40%
Above 60% 40-60% with Above 60%
Performance with
distinctions distinctions distinctions
distinctions
Less than 40 Above 50%
Above 70% 40 - 70 % % of placements are
Placements placement placement students done in recent
record record selected off passed out
campus batch.
20-35% of Below 20 %
Above 35%
graduates of graduates Above 35 % for
Higher graduates
pursue pursue higher
Education pursue higher
higher higher education
education
PEO 1 education education
50-70% Below 50%
Above 70%
satisfied with satisfied with Above 75%
Alumni satisfied with
their their satisfied
their training.
training. training.
Returned for Returned for
Returned for Reluctant to
subsequent subsequent
subsequent come for
Industry placement placement
placement placement
drives with drives with
drives drives
more intake more intake
Highly
Satisfied Not satisfied Highly satisfied
satisfied
Employer graduates graduates graduates
graduates
performance performance performance
performance
Above 80% 60-80% Below 60% Above 90%
Student Exit
graduates are graduates are graduates are graduates are
Survey
satisfied with satisfied with satisfied with satisfied with

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 B.Tech (Civil Engineering) SAR - PART B

their their their their curriculum

curriculum curriculum curriculum
Above 60%
40-60% Below 40%
graduates are Above 65% are
graduates are graduates are
in Civil in Civil
in Civil in Civil
Engineering Engineering
Alumni Survey Engineering Engineering
Profession Profession
Profession Profession
working in working in
working in working in
large teams large teams
large teams large teams
Above 65% of 50-65% of Below 50% Above 70% of
PEO 2 graduates graduates of graduates graduates
Employer
possess good possess good possess good possess good
Survey
managerial managerial managerial managerial
skills skills skills skills
Above 70% 40-70% Below 40% Above 80%
graduates are graduates are graduates are graduates are
Industry
familiar with familiar with familiar with familiar with
Survey
modern tool modern tool modern tool modern tool
usage usage usage usage.
Below 50%
50-70% have
Above 70% have
undergone Above 70%
have undergone
for have undergone
undergone for for
Alumni Survey additional for additional
additional additional
courses and courses and
courses and courses and
qualification qualifications.
qualifications. qualification
s.
PEO 3 s.
Above 55% of 40-55% of Below 40%
Above 60%
graduates graduates of graduates
graduates were
Employer were able to were able to were able to
able to analyze
survey analyze analyze analyze real
societal
societal societal time
problems
problems problems problems

1.5 Indicate how the PEOs have been redefining in the past (10)

(Articulate with rationale how the results of the evaluation of PEOs have been used to
review/redefine the PEOs)

We have introduced the Outcome Based Education system recently. Therefore students, having
experienced the learning environment as per newly defined PEOs are yet to graduate from the
Institute. The PEOs have been defined based on the vision and mission of institution and the
department. The curriculum is developed based on these PEOs and uses the feedback received

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 B.Tech (Civil Engineering) SAR - PART B

from the stakeholders through surveys. The continuous process of assignments, direct and
indirect assessments and evaluation will lead to the revision and refinement of the PEOs. A
mechanism is provided to review the results of the evaluation of our outcome based education
system at the end of each academic year. Our Institute is first year of outcome based education
and will review and redefine the PEOs at the end of the programme.
For Redefining PEOs, exit students survey, professional bodies view, alumni survey, employer
survey and feedback are collected by the Programme Coordinator. These are reviewed and
redefined PEOs are drafted by Programme Assessment Committee. The same is finalized by
DAB (DDMC). Then the proposed PEOs are ratified by Academic Council.

Figure 3: Redefining of Programme Educational Objectives

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2. Programme Outcomes (225)

2.1 Definition and Validation of Course Outcomes and Programme

Outcomes (30)
2.1.1 List the Course Outcomes (COs) and Programme Outcomes (POs) (2)

(List the course outcomes of the courses in programme curriculum and programme outcomes of
the programme under accreditation)

List of Course Outcomes

Course Outcomes of I Year B. Tech Civil Engineering

Code Subject Course Outcomes

I Year I Semester
1. Ability to identify linearity and linear systems,
which lie at the core level of many engineering
concepts.
2. Ability to apply the theorems in differential
calculus, which form the stepping stones to a
broader subject called approximation theory.
Linear
3. Ability to relate commonly occurring natural
Algebra and
phenomenon using mathematical symbols and
GR14A1001 Single
acquire preliminary skills to predict their behavior.
Variable
4. Ability to apply the concepts of matrix rank to
Calculus
analyze linear algebraic systems.
5. Ability to compute eigen values and vectors for
engineering applications.
6. Ability to describe linear dynamical systems.
7. Ability to model and solve linear dynamical
systems.
1. Ability to construct a curve using its geometrical
properties.
2. Ability to visualize multivariable functions in the
context of function optimization.
3. Ability to calculate integrals in 2-D and 3-D.
Advanced
GR14A1002 4. Ability to apply and to estimate characteristics of
Calculus
vector fields.
5. Ability to apply the knowledge of curve tracing and
geometry to precisely estimate areas and volumes.
6. Ability to find optional values of functions with
and without constraints.

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 B.Tech (Civil Engineering) SAR - PART
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7. Ability to apply the knowledge of multiple integrals

in solving problems in vector fields.
1. Ability to express practical implementation of
fundamental theory concepts.
2. Ability to interpret the role of engineering materials
such as polymers, energy production and study the
environmental applications in the field of
engineering and technology.
3. Ability to describe impurities present in water,
boiler troubles, removal of impurities.
Engineering
GR14A1008 4. Ability to develop corrosion technology methods
Chemistry
that are useful to know about the protection of
metals from corrosion by various technologies.
5. Ability to choose electronic materials and their
applications in the industry.
6. Ability to categorize advanced polymer materials
and their industrial applications.
7. Ability to interpret role of chemistry in different
environments and energy production.
1. Ability to describe the conventions and the methods
of engineering drawing.
2. Ability to demonstrate drafting practices,
visualization and projection skills useful for
conveying ideas, design and execution of civil
engineering projects.
3. Ability to perform basic sketching techniques of
engineering components.
Engineering
GR14A1023 4. Ability to draw orthographic projections and
Graphics
isometric projections of given engineering
components.
5. Ability to practice increasingly use of architectural
and engineering scales.
6. Ability to design Computer Aided Drawing and to
form foundation for modern tools in engineering
graphics.
7. Ability to express drawing & structural drawing
1. Ability to understand basics of Electrical
Engineering and practical implementation of
Electrical fundamentals.
2. Ability to apply various applications of commonly
Basic used electric machinery.
GR14A1018 Electrical 3. Ability to perform numerical solutions to
Engineering fundamental electrical engineering.
4. Ability to understand basic principles involved in
electrical engineering concepts
5. Ability to apply practical methods of basic house
wiring.

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 B.Tech (Civil Engineering) SAR - PART
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1. Ability to recollect the basic physical concepts of

statics.
2. Ability to discriminate the static behavior of the
mechanical components under loading.
3. Ability to apply the concepts of centroid, MI and
product of Inertia in solving the practical problems
Engineering under static behavior.
GR14A1012 Mechanics - 4. Ability to apply the concepts of mass moment of
STATICS Inertia in solving the practical problems under
static behavior.
5. Ability to analyse the truss applications.
6. Ability to analyse the principle of virtual work to
static problems.
7. Ability to examine the free body diagrams and
resultant force.
1. Ability to recognize the role and importance of
language and communication skills.
2. Ability to find the importance of the formality in
communication.
3. Ability to equip with critical thinking, writing,
Business listening and acquires the ability to work in teams.
Communicati 4. Ability to indicate the role and importance of
GR14A1024
on and soft various forms of communication skills.
skills 5. Ability to present themselves in various formal
social and professional situations.
6. Ability to meet the requirements of corporate
communication.
7. Ability to make use of them in their respective
professional fields.
1. Ability to assemble a computer and its peripherals,
forming foundation for applying hardware in
engineering solutions.
2. Ability to analyze and use the software and internet
as productivity tool with professional ethics for all
engineering application.
3. Ability to install different software.
GR14A1026 IT Workshop 4. Ability to implement hardware and software in
troubleshooting software related problems.
5. Ability to explore the internet for information
extraction and other innovative applications.
6. Ability to interpret the Network hardware and
network services.
7. Ability to discuss database concepts and designing
a static web page.
Engineering 1. Ability to explain engineering problems with a
GR14A1030 Chemistry solid foundation in Chemistry.
Lab 2. Ability to express practical implementation of

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 B.Tech (Civil Engineering) SAR - PART
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fundamental concepts.
3. Ability to estimate the impurities present in water.
4. Ability to modify lubricants for various purposes.
5. Ability to prepare advanced polymer materials.
6. Ability to measure the strength of an acid present in
secondary batteries.
7. Ability to find the Fe+2, Ca & Cl- present in
unknown substances/ores using titrimetric and
instrumental methods.
I Year II Semester
1. Ability to calculate improper integrals like Beta and
Gamma Functions and to apply the idea of domain
transformation for easy problem solving.
2. Ability to break down the skill of decomposing a
periodic and non-periodic function in to
fundamental components using Fourier series and
Fourier transforms.
3. Ability to differentiate between ODE and PDE and
Transform acquire the skill of finding analytical solutions of
GR14A1003 Calculus and such equations.
Fourier Series 4. Ability to calculate definite integral values using
Beta and Gamma Functions.
5. Ability to develop the skill of evaluating Laplace
and inverse Laplace transform to solve linear
systems under initial and boundary conditions.
6. Ability to solve problems on function optimization
with and without constraints.
7. Ability to apply the knowledge of multiple integrals
in solving problems in vector fields.
1. Ability to explain the distinction between analytical
and approximate solutions arising in mathematics.
2. Ability to apply skills that equip us to approximate
a hidden function using data.
3. Ability to apply methods that provide solutions to
problems hitherto unsolvable due to their complex
nature.
4. Ability to develop the skill of determining
Numerical approximate solutions to problems having no
GR14A1004
Methods analytical solutions in different contexts.
5. Ability to solve problems related to cubic spline
fitting and approximation of functions using B-
splines and least squares.
6. Ability to develop the skill of finding approximate
solutions to problems arising in linear differential
equations.
7. Ability to develop the skill of finding approximate
solutions to problems arising in Partial differential

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 B.Tech (Civil Engineering) SAR - PART
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equations.
1. Ability to define the various bonds between the
atoms, origin of properties of various materials.
2. Ability to describe the basic concepts of Acoustics
and acoustic quietinicy
3. Ability to associate with the latest developments in
physics like lasers.
Physics for 4. Ability to differentiate properties and applications
GR14A1006
Engineers of various materials.
5. Ability to extend the knowledge about
nanotechnology.
6. Ability to demonstrate the applications and
advancements in physics used for NDT testing.
7. Ability to analyse the basic concepts of
communication through fiber optics.
1. Ability to improve the English Language
proficiency with an emphasis on LSRW skills.
2. Ability to study the academic subjects with better
understanding.
3. Ability to develop and read a wide range of text
and understand the importance of life-long
learning.
GR14A1005 English 4. Ability to express themselves fluently and
appropriately in social and professional fields and
strengthen their professional etiquettes.
5. Ability to present themselves in various formal
social and professional situations.
6. Ability to meet the requirements of corporate
communication.
1. Ability to extend analytical and logical skills in a
language through algorithms and flowcharts.
2. Ability to solve a given problem.
3. Ability to use the programming concepts, c-library
and generate code for a given problem.
Computer
4. Ability to apply sorting and searching algorithms for
Programming
GR14A1011 real time scenario.
and data
5. Ability to describe the basic operations of stacks and
structures
queues.
6. Ability to develop the software system to meet
desired needs in realistic constraints.
7. Ability to distinguish and establish as practicing
professionals and sustain career in industry.
1. Ability to recollect the basic physical concepts of
Engineering dynamics.
GR14A1020 Mechanics – 2. Ability to illustrate the kinematics of particles and
DYNAMICS rigid bodies of dynamic problems.
3. Ability to explain the kinetics of particles and rigid

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 B.Tech (Civil Engineering) SAR - PART
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bodies of dynamic problems.

4. Ability to apply Newton’s laws to particles and
rigid bodies to solve problems related to dynamic
behavior.
5. Ability to apply De Alemberts principle to particles
and rigid bodies to solve problems related to
dynamic behavior.
6. Ability to apply the concepts of impulse and
momentum with dynamic behavior.
7. Ability to assess the concepts of vibrations to the
rigid bodies associated with dynamic behaviour.
1. Ability to design and model different prototypes in
the carpentry trade such as Cross lap joint, Dove
tail joint.
2. Ability to design and model various basic
prototypes in the trade of fitting such as Straight fit,
V- fit.
3. Ability to construct various basic prototypes in the
trade of Tin smithy such as rectangular tray, and
open scoop.
4. Ability to inspect various basic house wiring
Engineering techniques such as connecting one lamp with one
GR14A1025
Workshop switch, connecting two lamps with one switch,
connecting a fluorescent tube, Series wiring, Go
down wiring.
5. Ability to develop various basic prototypes in the
trade of Welding such as Lap joint, Lap Tee joint,
Edge joint, Butt joint and Corner joint.
6. Ability to perform a range of machining operations
to produce a given project.
7. Ability to identify and use marking out tools , hand
tools, measuring equipment and to work to
prescribed tolerances.
1. Ability to draw the relevance between the
theoretical knowledge and to imply it in a practical
manner with respect to analyze various circuits and
its components.
2. Ability to analyze the behavior of various materials
for its optimum utilization.
Engineering 3. Ability to assess various communication
GR14A1029
Physics Lab mechanisms and their usage in a practical manner.
4. Ability to draw the relevance between theoretical
knowledge and behavior of magnetic materials and
their applications.
5. Ability describe the characteristics and the behavior
of various dielectric materials and their usage in
daily life.

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 B.Tech (Civil Engineering) SAR - PART
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6. Ability to provide the students with a solid

foundation in physics laboratory required to solve
engineering problems.
7. Ability to analyze the characteristics of various
materials for their applications in communication
and medical industry.
1. Ability to practice algorithms to solve real world
problems.
2. Ability to analyze and resolve a given problem.
3. Ability to use the programming concepts, c-library
Computer and generate code for a given problem.
Programming 4. Ability to apply sorting and searching algorithm for
GR14A1028 and data real time scenario.
structures 5. Ability to compute the basic operations of stacks
Lab and queues.
6. Ability to identify computer programming
environment.
7. Ability to develop programs and documentation in
engineering applications.

Course Outcomes of II Year B. Tech Civil Engineering

Code Subject Course Outcomes

II Year I Semester
1. Ability to apply knowledge of science and
engineering for eco-friendly construction.
2. Ability to recognize to control cost of
construction.
3. Ability to identify to create awareness about
green building practice.
4. Ability to compare the estimate costs for
Building labor, materials, and equipment for a
materials & construction project using industry-standard
GR11A2001 software and procedures.
construction &
planning 5. Ability to recognize to work in a team
environment to analyze existing building
types, develop a list of programmatic
requirements, sketch a schematic design,
and use this information to develop
drawings and models sufficient to present a
competent architectural design solution.
6. Ability to discuss the fundamental
knowledge of the systems and processes

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 B.Tech (Civil Engineering) SAR - PART
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used to construct the built environment,

including an understanding of industry
terminology.
7. Ability to apply knowledge of science and
engineering for eco-friendly construction.
1. Ability to learn how to develop and employ
circuit models for elementary electronic
components.
2. Ability to define ac and dc circuits solving.
3. Ability to find role of electrical machinery
in simple & complex applications.
Electrical
GR11A2036 4. Ability to demonstrate the designing and
Technology
conducting experiments, to analyze and
interpret data, and also provides the ability
to visualize and work on laboratory and
multidisciplinary tasks.
5. Ability to measure the fundamental
electrical quantities.
1. Ability to determine the stresses, strains,
elastic constants such as modulus of
elasticity, modulus of rigidity, Poisson’s
ratio and bulk density. And also to
determine the strain energy for various types
of loading.
2. Ability to generate the shear force, bending
moment diagrams and identify the point of
contra flexure for different types of beams
such as cantilever, simple supports and fixed
beams etc. with different loading.
3. Ability to formulate the bending equation
and shear equation to calculate the bending
stresses and shear stresses for the different
Strength of
GR11A2004 sections of the structural members.
Materials – I
4. Ability to evaluate the slope and deflection
of different beams for the different end
conditions and loading by using different
methods such as double integration and
moment area method etc.
5. Ability to analyze the principal and
tangential stresses in the different planes by
using analytical and graphical methods.
6. Ability to uutilize appropriate materials in
design considering engineering properties,
sustainability.
7. Ability to perform engineering work in
accordance with ethical and economic
constraints related to the design of

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structures.
1. Ability to apply basic mathematical and
science knowledge to understand and solve
engineering problems.
2. Ability to utilize software tools in G.P.S
applications.
3. Ability to draw a plan and setting out the
frame work in the field.
4. Ability to recognize the scope for
GR11A2005 Surveying entrepreneurship.
5. Ability to function as a member of a survey
party in completing the assigned field work
6. Ability to illustrate the need for licensed
surveyors to establish positioning
information for property and structures
7. Ability to illustrate the need for accurate and
thorough note taking in field work to serve
as a legal record
1. Ability to list the various the properties of
fluids. Knowledge to apply the principle of
hydro static law and Pascal’s laws.
2. Ability to compute the fluid pressure in
different manometers and analysing usage in
complex industrial processes.
3. Ability to assess the performance of notch,
orifice, and mouth piece discharges.
Recognize and formulate problems that are
amenable to weirs for practical design.
Fluid 4. Ability to articulate importance of extensive
GR11A2003 research in fluid mechanics, related
Mechanics
Hydrodynamic flows, hydro kinematics.
5. Ability to design the pipe networking
application in irrigation and water
distributions system.
6. Ability to identify different fluid equations
in static and dynamic conditions, fluid
boundary layer, laminar and turbulent flow.
7. Ability to analyze the role of fluid flows in a
weirs, pipes lines, notches, orifices and
mouthpieces can handle social and global
needs.
1. Ability to express the principle properties of
fluids viscosity, surface tension etc. and
Fluid
GR11A2007 their type of flows at static condition. Able
Mechanics Lab
to calculate the fluid pressure at different
condition, friction losses.

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2. Ability to design diameter, length require of a

pipe in networking. An ability to find the role
of fluid flows in a weirs, pipes and
identifying the laminar and turbulent flows
for that require simple and complex
applications can handle social and global
needs.
3. Ability to calculate discharges through
orifice, mouth piece and weirs useful for
practical design
4. Ability to articulate importance of extensive
research in fluid mechanics, Hydrodynamic
flows, static storage studies, aero dynamic
studies etc.
5. Ability to design the real time application in
irrigation and water distributions system.
Able to calculate frictional losses in pipe and
able to analyze the boundary layers
influence in real time.
6. Ability to calculate the pipe line design
(length diameter) and trace out laminar and
turbulent flows for municipal water
distribution system.
7. Ability to recognize the value of water
current in rivers, canal and drains etc.
1. Ability to identify conventional surveying
tools such as chain/tape, compass, plane
table, level in the field of civil engineering
applications such as structural plotting and
highway profiling.
2. Ability to take accurate measurements, field
booking, plotting and the effects of small
angular errors. Adjustment of errors can be
understood.
3. Ability to plan a survey appropriately with
Surveying Lab
GR11A2008 the skill to understand the surroundings.
–I
4. Ability to function as a member of a survey
party in completing the assigned field work.
5. Ability to measure differences in elevation,
draw and utilize contour plots, and calculate
volumes for earthwork.
6. Ability to design the road profile by
Longitudinal and cross section levelling.
7. Ability to plot traverses or sides of building
and determine the location of points present
on field on a piece of paper.
Computer 1. Ability to recollect and perform basic
GR11A2006
Aided Drafting sketching techniques will improve.

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 B.Tech (Civil Engineering) SAR - PART
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of Building Lab 2. An ability to draw orthographic projections

and sections.
3. Ability to use architectural and engineering
skills will increase.
4. An ability to produce engineered drawings.
5. An ability to interpret with office practice
and standards.
6. Ability to pass the Certification Exams.
7. Ability to demonstrate knowledge of current
industry standards and codes.
II Year II Semester
1. Ability to define probability and interpret
probability by modeling sample spaces.
2. Ability to construct the probability
distribution of a random variable, based on a
real-world situation, and to use it to compute
expectation and variance.
3. Ability to evaluate random processes which
occur in engineering application governed
Probabilities & by binomial, Poisson, exponential, normal,
GR11A2010
Statistics and uniform distributions.
4. Ability to define descriptive statistics and
statistical inference.
5. Ability to discuss compute regression
equations for data to make predictions.
6. Ability to acquire the skill of using queuing
techniques in the field of engineering.
7. Ability to express Stationary and Ergodic
process.
1. Ability to define stresses in thin and thick
cylinders under pressures, show stress
distribution diagrams.
2. Ability to list the various stress in cylinders,
and define Lame’s theorems
3. Ability to differentiate between closed and
open coiled helical springs
4. Ability to evaluate the buckling/failure load
Strength of for axially loaded and eccentrically loaded
GR11A2011
Materials – II columns.
5. Ability to identify function of slenderness
ratio in axially loaded columns.
6. Ability to explain the effect of equivalent
length in long columns various end
conditions.
7. Ability to state the torsional strength of
structural members and also to design them
to resist a given torque.
GR11A2009 Hydraulics and 1. Ability to express the properties in open

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 B.Tech (Civil Engineering) SAR - PART
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Hydraulic channel flows. Define chezy, manning

Machinery Bazins equations. design most efficient
channel section.
2. Ability to identify, formulate and analyze by
drawing the different types of surface profile
in open channel, predict the types of channel
slopes.
3. Ability to compare types of fluid flows in
open channel and compute problems on
specific energy.
4. Ability to design and analyse of centrifugal
pumps Assess the performance of pump
by computing work done, power and
efficiencies.
5. Ability to design Kaplan, Franicis, Pelton
wheel turbines in hydel plants. Evaluate the
work done, power and efficiency of
Hydraulics Machinery.
6. Ability to predict the force exerted on
different types of vanes on moving and
stationary condition. Evaluate work done,
power and efficiency.
7. Ability to apply knowledge of models and
proto type in complex applications that can
handle social and global needs.
1. Ability to discuss on economics, demand
and its determinants, exceptions, elasticity
and forecasting.
2. Ability to explain the production function,
the concept of Economies of Scale,
ISOCOSTS, ISOQUANTS.
3. Ability to infer various costs, production and
calculating Break Even Point.
4. Ability to explain various market structures,
types of competition and pricing types.
Managerial
5. Ability to describe characteristic features of
Economics and
GR11A2071 forms of Business Organization and
Financial
changing Business Environment in Post-
Analysis
Liberalization scenario.
6. Ability to describe about Capital types and
Working Capital Requirements, Capital
Budgeting like ARR, NPV, and PAYBACK
method.
7. Ability to explain the accounting, double
Entry Book Keeping, Preparing Journal,
Ledger, Trading Account, P&L Account,
Balance sheet and analysis of Financial
Ratios

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1. Ability to determine deflections of beams

and trusses using energy methods.
2. Ability to analyze three and two hinged,
circular and parabolic structure.
3. Ability to analyze indeterminate beams of 1st
degree statically indeterminate using force
method for Propped cantilever beams.
4. Ability to analyze indeterminate beams of
2nd and 3rd degree statically indeterminate
Structural beams using Clappeyorn’s three moment
GR11A2012
Analysis theorem.
5. Ability to apply the Slope deflection,
Moment distribution and Kani’s methods to
analyze statically indeterminate structures.
6. Ability to analyze the statically determinate
and indeterminate structures using rolling
load method.
7. Ability to analyze the statically determinate
and indeterminate structures using influence
line method.
1. Ability to determine the important
mechanical properties of materials
2. Ability to identify the stiffness of an elastic
isotropic material
3. Ability to evaluate the theorem in
engineering mechanics.
4. Ability to measure any substance's
Strength of
GR11A2014 resistance to uniform compression.
Materials Lab
5. Ability to resistance of various materials
against abrasion.
6. Ability to design structures with the
knowledge of stresses.
7. Ability to identify the resistance of any
material against high force or shock over a
short time period.
1. Ability to express the principle properties
different types of flows in open channel
flows.
2. Ability to find the role of fluid flows in open
channels and identifying the critical and
Hydraulics and subcritical, super critical flows by that
GR11A2013 Hydraulic require simple and complex applications can
Machinery Lab handle.
3. Ability to articulate importance of extensive
research in Hydraulics and Hydraulics
Machinery.
4. Ability to design the real time application in
calculating the turbine efficiencies and power

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 B.Tech (Civil Engineering) SAR - PART
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calculations.
5. Ability to calculate the pipe line design
(length diameter) and trace out laminar and
turbulent flows for municipal water
distribution system.
6. Ability to recognize the value of water
current in rivers, canal and drains etc.
7. Ability to interpret the innovate techniques.
1. Ability to indicate the need for accurate and
thorough note taking in field work to serve
as a legal record.
2. Ability to find the knowledge on modern
survey equipment like theodolite,
tachometry and total station to measure
angles and distances.
3. Ability to express the principles and
operation of the total station.
4. Ability to measure differences in elevation
Surveying Lab
GR11A2015 and calculate volumes for earthwork.
– II
5. Ability to assess knowledge of mathematics,
science, and engineering to understand the
measurement techniques and equipment
used in land surveying.
6. Ability to calculate elevation differences
using trigonometric leveling and corrections
for curvature and refraction.
7. Ability to calculate area, volume, angles,
distances, column marking and close a
traverse using total station.

Course Outcomes of III Year B. Tech Civil Engineering

Code Subject Course Outcomes

III Year I Semester

1. Ability to list the grades of cement, the
types of cement and the types of different
admixtures.
2. Ability to classify the types and the physical
Concrete properties of aggregates.
GR11A3029
Technology 3. Ability to classify the physical properties of
fresh and hardened concrete and also about
the manufacturing of concrete.
4. Ability to estimate the creep and shrinkage of
concrete and how to conduct the different

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 B.Tech (Civil Engineering) SAR - PART
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tests such as compression and tension etc. on

hardened concrete.
5. Ability to design the mix proportions for the
specific work for required strength and
workability with available materials at work
place.
6. Ability to distinguish the special concretes
like Self compacting concrete, Fibre
reinforced concrete, Polymer concrete and
Light weight concrete etc.
7. Ability to assess on development of high
strength and high performance concrete.
1. Ability to design the reinforced concrete
structures with an acceptable probability and
performing satisfactorily during their
intended life by using Limit state method.
2. Ability to design the reinforced concrete
structures which sustain all loads and deform
within the limits.
3. Ability to design the reinforced concrete
Design of
structures which are durable by properly
Reinforced
GR11A3037 detailing the reinforcement.
Concrete
4. Ability to design the reinforced concrete
Structures
BEAMS for the given loads and moments.
5. Ability to design the reinforced concrete
columns for the given loads and moments.
6. Ability to design the reinforced concrete
footings for the given loads.
7. Ability to design the reinforced concrete
slabs, stairs and canopy for the given loads
and moments.
1. Ability to identify basic Engineering
properties of soil and relate them with Civil
Engineering practices
2. Ability to evaluate various experiments to
determine the geotechnical properties of soil.
3. Ability to identify, formulate and solve
various problems in geotechnical
Geotechnical engineering.
GR11A3055
Engineering – I 4. Ability to analyse the mechanism and
behavior of soil under various field situations
5. Ability to identify field equipment used in
improving soil properties
6. Ability to articulate importance of extensive
research in geotechnical engineering
7. Ability to analyze soil mechanics for
development of construction sites both

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 B.Tech (Civil Engineering) SAR - PART
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technically and economically.

1. Ability to measure, estimate and process
rainfall data, runoff data, evaporation data,
evapotranspiration data and infiltration data.
2. Ability to develop in a region, direct runoff
hydrograph, unit hydrograph, S-Curve
hydrograph and synthetic unit hydrograph.
3. Ability to calculate the discharge of radial
flow to wells in a region of confined and
unconfined aquifers by determining the
aquifer parameters by field tests and
pumping tests.
4. Ability to design a suitable irrigation method
Water Resources
GR11A3097 depending on soil, water and plant conditions
Engineering - I
on the field
5. Ability to develop irrigation schedules and
irrigation efficiencies for farmers on the
field.
6. Ability to design irrigation canals by
Kennedy’s theory, Lacey’s theory and IS
standards.
7. Ability to calculate design discharge by SCS
Curve Number Method and analyze the
regional flood frequency, Measure and
estimate stream flow by methods of stream
gauging in a watershed.
1. Ability to calculate the degree of static and
kinematic indeterminacies of a given
structure such as beams, truss and frames.
2. Ability to determine the final end moments
in indeterminate beams and frames using
Slope deflection, Moment distribution and
Kani’s methods
3. Ability to construct BMDs for beams and
Advanced
frames using Slope deflection, Moment
GR11A3002 Structural
distribution and Kani’s methods
Analysis
4. Ability to determine the final end moments
in portal and gable frames with sway using
Slope deflection and Moment distribution
methods.
5. Ability to analyse the indeterminate beams
and frames by stiffness matrix method
6. Ability to analyse the indeterminate beams
and frames by flexibility matrix methods

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7. Ability to estimate the bending moments and

axial forces in multistory frames using
approximate methods of analysis
1. Ability to identify the suitable materials used
for concrete for particular purpose
2. Ability to gauge the quality control of
concrete
3. Ability to identify, describe and carry out the
main laboratory tests relevant to the use of
concrete on site.
Concrete 4. Ability to recognise the theoretical concepts
GR11A3030 learned in the courses concrete technology
Technology Lab
and building materials and construction
planning.
5. Ability to design normal concrete mixes.
6. Ability to predict properties of different
materials used for the construction.
7. Ability to interpret the properties in tern to
design or invent the new materials.
1. Ability to classify the soils and its basic
properties.
2. Ability to analyze soil behavior and its
mechanism.
3. Ability to find role of basic properties of soil
in simple and complex applications.
Geotechnical 4. Ability to develop a proficiency in handling
GR11A3056
Engineering Lab experimental data.
5. Ability to report the results of a laboratory
experiment at a professional standard.
6. Ability to analyze data for real time
applications.
7. Ability to recommend extensive research in
geotechnical properties.
1. Ability to explore and utilize different forms
of communication to convey one’s ideas in
various professional contexts.
2. Ability to engineer self-presentation and
Advanced socializing.
English 3. Ability to train to crack various international
GR11A2073 online exams like GRE, TOEFEL and
Communication
Skills Lab IELTS.
4. Ability to learn various forms of Technical
Writing for effective professional
documentation.
5. Ability to design and build various
behavioral aspects in relation to problem

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 B.Tech (Civil Engineering) SAR - PART
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solving.
6. Ability to gain expertise to share opinions
and express views precisely.
III Year II Semester
1. Ability to identify materials involved in the
manufacture of steel and various methods of
making steel.
2. Ability to identify different types of
connections used in the connections of
different elements of steel structures.
3. Ability to design steel tension members for
Design of steel the given loads.
GR11A3038
structures 4. Ability to design compression members for
the given loads and moments.
5. Ability to design the steel eccentric
connections for the given loads and moments
6. Ability to examine plastic analysis of
structures.
7. Ability to recognize design methodologies
and the concept of codes.
1. Ability to design and implement a drinking
water supply system for a residential
community
2. Ability to identify the cause of outbreak of
epidemics and eradicate.
3. Ability to setup drinking water supply and
waste water collection system for a town.
Environmental 4. Ability to identify safe disposal methods for
GR11A3050
Engineering wastewater
5. Ability to design suitable treatment for
wastewater.
6. Ability to identify suitable sources of water
for a public water supply system.
7. Ability to resolve all operational and
maintenance issues of water supply and
sanitary engineering.
1. Ability to estimate and calculate the inflow,
outflows from the reservoir as well its
capacity by using mass curve techniques.
2. Ability to design and analyze the different
types and components of various dams
Water Resources
GR11A3098 pertaining to corresponding boundary
Engineering - II
conditions.
3. Ability to interpret performance, safety and
stability of the gravity dam
4. Ability to calculate flow through the earthen
dams and also corresponding remedial

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measures to prevent more seepage through

dams, various irrigation structures.
5. Ability to design various diversion head
works by using Blighs and Khoslas theory
6. Ability to assess the efficiency of
performance of any component of hydraulic
structure like a weir, barrage, CD work, etc.
7. Ability to indicate the different types of
irrigation structures along with their designs
and analysis by using different evaluation
methods.
1. Ability to recognize the importance of
geology from civil engineering point of view.
2. Ability to find the physical properties of
minerals and their role for common rock
forming.
3. Ability to distinguish features of igneous,
sedimentary and metamorphic rocks.
4. Ability to distinguish various geological
Engineering
GR11A3048 structures.
Geology
5. Ability to analyse the failures of dams,
reservoirs and tunnels due to geological
reasons.
6. Ability to indicate importance of ground
water, subsurface flows, water tables.
7. Ability to discuss about the rocks, minerals
and geological structures that can be used for
civil engineering point of view.
1. Ability to apply basic science principles in
estimating stopping and passing sight
distance requirements
2. Ability to compare factors influencing road
vehicle performance characteristics and
design.
3. Ability to review the level of service for
selected road segments.
4. Ability to organize the basic traffic signal
Transportation phasing and timing plan.
GR11A3093
Engineering 5. Ability to recognize the importance of
horizontal and vertical alignment of the
highway
6. Ability to illustrate the basic traffic stream
parameters and models, traffic flow models,
and queuing theory.
7. Ability to present a systems approach where
the interaction of humans and the vehicles
and their impact on the society and
transportation.

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1. Ability to identify different problems by

various disasters and to predict solutions.
2. Ability to develop strategies to decrease
economic loss by relating with previous
disaster data
3. Ability to help in applying engineering
Disaster technology to give a solution to mitigate loss
GR11A3043 Management and caused due to disasters.
Mitigation 4. Ability to illustrate science and geology to
understand the problems.
5. Ability to express councils present globally
for the evaluation and mitigation of disasters.
6. Ability to identify latest technologies to
resolve problems due to disasters.
7. Ability to extend various research programs
1. Ability to illustrate conceptual design for
short, medium and long span bridges
2. Ability to analyse structural behavior of
different longitudinal and transverse bridge
types
3. Ability to design bearings, joints, piers and
abutments.
Bridge 4. Ability to compare composite and slab deck
GR11A3021
Engineering bridges.
5. Ability to evaluate life-cycle costs of
bridges.
6. Ability to recognize the importance of
different loadings that are acting on bridges.
7. Ability to demonstrate sizing of bridge
elements, i.e. develop a clear understanding
of conceptual design.
1. Ability to identify various minerals and their
properties.
2. Ability to identify various rocks and their
properties.
3. Ability to prepare and interpret various maps
of geological structures like faults, folds,
beds and unconformities.
Engineering
GR11A3049 4. Ability to resolve some simple structural
Geology Lab
Geology.
5. Ability to understand the importance of
geological structure for any constructions.
6. Ability to demonstrate the effect of water
tables under any civil structures.
7. Ability to understand how various rocks and
minerals used in the industries.
GR11A3051 Environmental 1. Ability to measure physical properties of

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Engineering Lab surface and subsurface water.

2. Ability to measure biological properties of
surface and subsurface water.
3. Ability to measure chemical properties of
surface and subsurface water.
4. Ability to innovate techniques to improve
surface water quality.
5. Ability to recognize to improve skills in
water analysis.
6. Ability to identify social responsibility to
eradicate water borne diseases.
1. Ability to assess theoretical techniques to
solve real time problems related to industry.
2. Ability to relate practical techniques to solve
problems related to research
3. Ability to prepare technical report and
present in the seminars/ conferences.
Industrial
4. Ability to develop small scale models and
GR11A3064 Oriented Mini
present in the workshops and seminars.
Project
5. Ability to extend the industrial practices
being followed in both design and analysis.
6. Ability to differentiate various
codes/standards followed in industry.
7. Ability to recognize the organizational
structure of an industry.

Course Outcomes of IV Year B. Tech Civil Engineering

Course Outcomes
Code Subject

IV Year I Semester
1. Ability to list the various soil exploration techniques
and interpret the resulting soil profiles.
2. Ability to analyze slope stability and design of earth
retaining walls.
3. Ability to apply bearing capacity equations for shallow
Geotechnical and deep foundations and to evaluate rate of
GR11A settlement.
Engineering –
4046 4. Ability to choose a suitable foundation based on soil
II
properties for various soils.
5. Ability to identify and solve foundation related
engineering problems.
6. Ability to estimate pile and pile group capacity for any
kind of soil including group efficiency and negative
friction.

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7. Ability to explain the functions and design criteria of

well foundations.
1. Ability to express the cost management discipline and
process.
2. Ability to recognize potential pitfalls and understand
avoidance strategies.
3. Ability to use a cost management estimation and
control plan.
GR11A Estimating & 4. Ability to recognize the process and importance of cost
4040 Costing estimation, cost budgeting and cost control.
5. Ability to describe some problems often encountered
in collecting data for cost estimation.
6. Ability to estimate correctly the quantity of steel and
form work.
7. Ability to interpret the process and importance of
valuation of buildings and other structures.
1. Ability to describe the fundamental concepts of
Geographic Information Science and Technology.
2. Ability to demonstrate proficiency in the basic
functions of geospatial software.
3. Ability to demonstrate awareness of fundamental
remote sensing and spatial analysis techniques.
Remote 4. Ability to demonstrate basic proficiency in map
GR11A
Sensing & creation and design principles, including thematic map
4100
GIS display, employment of map projections, and
cartographic design.
5. Ability to demonstrate proficiency in the creation and
acquisition of spatial data.
6. Ability to analyze and understand various topo maps.
7. Ability to apply Remote sensing knowledge for
various civil engineering applications.
1. Ability to enumerate the porosity, specific yield and
specific retention of aquifer.
2. Ability to calculate the storage coefficient and
transmissivity of aquifers and to derive differential
equation governing groundwater flow in three
dimensions in Cartesian and Polar coordinates.
Ground 3. Ability to examine the pumping test data in steady
Water and unsteady groundwater flow towards a well in
GR11A
Development confined and unconfined aquifers using Dupuit’s and
4048
& Theim’s equations.
Management 4. Ability to appraise surface and subsurface methods of
exploration of investigation of groundwater.
5. Ability to assess the methods of recharge of
groundwater using GIS and Remote sensing.
6. Ability to compile dynamics of saline water intrusion
and to manage the groundwater basin.

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7. Ability to synthesize the overall concepts and

procedures necessary for the development and
management of ground water resources.
1. Ability to identify the general mechanical behavior of
prestressed concrete.
2. Ability to analyze transfer and development length as
well as prestress losses.
3. Ability to design calculations to predict service
behaviour of prestressed concrete structures,
accounting for the time-dependent effects of concrete
creep and shrinkage.
GR11A Prestressed
4. Ability to design of the ultimate strength of prestressed
4093 Concrete
concrete structures.
5. Ability to analyze of prestressed concrete structures to
satisfy relevant Design Standards.
6. Ability to establish with the prestressed concrete
fabrication and construction process.
7. Ability to apply knowledge of prestressed concrete
models and sections in complex applications that can
handle social and global needs.
1. Ability to formulate mathematical models for the
problems in Civil Engineering.
2. Ability to define major limitations and capabilities of
deterministic operations research modeling to relate
with industry or government.
3. Ability to analyze problems using linear programming
and other mathematical programming algorithms
Optimization 4. Ability to deal with real world problems of Network
GR11A techniques in analysis, Project Management, for optimal solutions in
4081 Civil civil engineering
Engineering 5. Ability to classify different techniques to solve Non-
Linear Programming Problems
6. Ability to use search techniques methods, which are
based on iterative methods, to find optimal solutions of
Non-Linear Programming Problems which helps in
understanding multistage decision problems.
7. Ability to discuss different Software application for
optimization techniques to validate existing methods.
1. Ability to identify the importance of various irrigation
& Hydraulic structures.
Irrigation 2. Ability to determine the applicability of various
GR11A
Design & structures to be proposed at the site.
4059
Drawing 3. Ability to calculate the various components of
hydraulic structures for the given data.
4. Ability to design hydraulic structures at any scale.

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5. Ability to analyze the various hydraulic structures like

Canal regulator, under tunnel etc.
6. Ability to design and draw the hydraulic structures
using Q-CAD tool
7. Ability to evaluate different types of hydraulic
structures, their design and drawings using various
drafting tools
1. Ability to identify mathematical model for solution of
common engineering problems.
2. Ability to formulate simple problems into finite
elements.
3. Ability to define basic aspects of finite element
technology, including domain discretization,
polynomial interpolation, application of boundary
conditions, assembly of global arrays, and solution of
Finite the resulting algebraic systems
GR11A
Elements 4. Ability to compare the solutions obtained from finite
4042
Methods element analyses
5. Ability to formulate finite element analysis equation
6. Ability to evaluate finite element software to solve
engineering problems in Solid mechanics, fluid
mechanics and heat transfer.
7. Ability to solve element matrix equation by different
methods by applying basic laws in mechanics and
integration by parts.
1. Ability to enumerate the fundamental concepts
systems, optimization techniques, objective function
and constraints.
2. Ability to calculate the applicability of Linear
Programming models in various different fields.
3. Ability to examine the concept of Belman's Principle
Water for both forward and backward recursive dynamic
Resources programming.
GR11A
system 4. Ability to appraise the concepts of simulation in Water
4128
Planning & Resources Engineering.
Management 5. Ability to assess the concepts of cost benefit analysis
in Water Resources Economics and Management.
6. Ability to compile different types of the systems,
optimization techniques and the concept of simulation.
7. Ability to synthesize different system planning
techniques and their simulation methods in the
strategic management of Water resources available.
1. Ability to identify dewatering technique for the field
Ground
GR11A related problems.
Improvement
4047 2. Ability to discuss grouting methods in civil
Techniques
engineering applications.

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3. Ability to assess the field problems related to

problematic soils by adopting various ground
improvement techniques
4. Ability to differentiate reinforced earth retaining
structures
5. Ability to classify various techniques for stabilization
more technically and economically by using
geotextiles.
6. Ability to recognize the suitability and practicability
required for various ground improvement methods.
7. Ability to assess the importance of extensive research
in various ground improvement techniques.
1. Ability to discuss the required properties of road
aggregate and bitumen.
2. Ability to estimate the feasibility of materials.
3. Ability to clarify, how to improve the quality of
materials used for highway.
4. Ability to conduct different test to be conducted on
GR11A Highway
highway materials and to assess the quality of the road
4050 Materials Lab
materials.
5. Ability to illustrate to design the bituminous mix.
6. Ability to classify able to select materials with
properties those comply with state and national
specifications.
7. Ability to compare the test results
1. Ability to describe the fundamental concepts of
Geographic Information Science and Technology.
2. Ability to demonstrate proficiency in the basic
functions of geospatial software.
3. Ability to find awareness of fundamental remote
sensing and spatial analysis techniques.
4. Ability to evaluate basic proficiency in map creation
Remote
GR11A and design principles, including thematic map display,
Sensing &
4101 employment of map projections, and cartographic
GIS Lab
design.
5. Ability to analyze proficiency in the creation and
acquisition of spatial data.
6. Ability to recognize the topo maps prepared by
survey of India.
7. Ability to determine the overlaying of different maps
in GIS.
IV Year II Semester
Construction 1. Ability to assemble and use various construction
GR11A Technology & schedules to manage a construction project
4020 Project 2. Ability to identify different construction methods and
Management its application based on the field requirements

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3. Ability to associate with various construction

equipment used in the construction site
4. Ability to apply probability, statistics, and decision
analysis in project planning, quality systems and safety
management of construction activity.
5. Ability to prepare Cost Estimates and documentation
and relate with various types of constructions
6. Ability to express contract, tenders and bidding
practice in constructions
7. Ability to infer with Construction Law and Arbitration
to solve legal problems in constructions
1. Ability to analyze the different loads on Trusses and
their Components
2. Ability to design of Industrial Roof Trusses and their
Components.
Advanced
GR11A 3. Ability to design Gantry Girder.
Structural
4002 4. Ability to design Steel Bridges.
Design
5. Ability to design Steel Water Tanks.
6. Ability to design Plate Girder.
7. Ability to identify and resolve the various problems
related to Steel Structures.
1. Ability to identify and describe the components of
waterway and airway transportation vehicles.
2. Ability to compare various alternative structures of
docks and airports.
3. Ability to interpret planning and design principles of
some of the components of waterway and airway
Airport, Docs
GR11A transportation.
& Harbour
4003 4. Ability to describe different imaginary surfaces in
Engineering
airport.
5. Ability to analyze the characteristics of Aircraft.
6. Ability to record and reproduce of data to draw wind
rose diagrams.
7. Ability to evaluate the length of runway based on
different design parameters.
1. Ability to examine and recommend principles for
protection, management, and monitoring watersheds.
2. Ability to explain measure, monitor, and assess
watershed health in other regional streams.
3. Ability to demonstrate and develop suitable restoration
GR11A Water Shed
work plans.
4129 Management
4. Ability to illustrate broad-based theories and
applications in the watershed management field to
solve problems and address issues in the profession.
5. Ability to evaluate the sediment delivery risk level for
erosion problem areas.

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6. Ability to explain the physical and biological processes

of watersheds.
7. Ability to discuss different types of the management
systems.
1. Ability to identify elements of community and
environment likely to be affected by the proposed
developments.
2. Ability to identify the negative impacts and propose
the provision of infrastructure or mitigation measures.
3. Ability to develop current EIA methods and the
Environmenta techniques.
GR11A
l Impact 4. Ability to develop current assessment methods,
4039
Assessment environmental monitoring systems and legislation.
5. Ability to assess process of environmental impact
modelling and prediction as a design tool.
6. Ability to interact with experts of other fields to assess
the impact.
7. Ability to present EIA report in a way understandable
by everyone.
1. Ability to impart Knowledge on Management its
functions, styles importance and various theories of
Taylor, Maslow, McGregor and Hertzberg.
2. Ability to explain the concept of Departmentation,
Decentralization, Organizational Structure like Line,
Staff, Committee, Matrix, Lean, Flat their merits and
demerits.
3. Ability to define and describe various plant layouts,
methods of Production, method study & work
measurement with X chart, R chart, C chart etc.
4. Ability to describe and explain the significance of
GR11A Management Inventory control, SCM, Marketing and its mix and
3068 Science channels of Distribution.
5. Ability to describe concept of HRM, functions of HR
manager, Recruitment, Selection, Training, Placement,
Salary administration, Appraisal and Grievance
Handling.
6. Ability to perform project management and its
techniques like PERT,CPM, critical path and project
crashing
7. Ability to explain the importance of strategic
management, corporate planning, SWOT Analysis and
concepts like JIT, TQM, Six Sigma, CMM, ERP, BPO,
Kaizen, Benchmarking and Balanced Score Card.
1. Ability to illustrate highway design methods,
Pavement
GR11A constraints and controlling factors.
Analysis &
4082 2. Ability to use road software tools for the design and
Design
maintenance of pavements.

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3. Ability to apply the design standards in designing

principal elements of the highway.
4. Ability to collect necessary information like volume
and axle load data to design flexible and rigid
pavements.
5. Ability to predict the resource constraints and allows to
utilize the available materials in a sustainable way.
6. Ability to examine the basic parameter of traffic
engineering and the methods which helps to estimate
those parameters.
7. Ability to recognize the major failure modes of flexible
and rigid pavement and helps in maintaining them
properly.
1. Ability to analyze and design the various types of
Beams for the different loads.
2. Ability to analyze and design a 2D frame of Multi-
Storied Building.
3. Ability to analyze and design a 3D frame of Multi-
GR11A Storied Building.
STAAD Lab
4116 4. Ability to analyze and design a RCC Over Head tank
5. Ability to analyze and design the different types of
Steel Trusses
6. Ability to analyze and design a Steel Tower with arms
on both sides
7. Ability to analyze and design a Steel Deck Bridge
1. Ability to prepare a technical report.
2. Ability to demonstrate the fundamentals.
3. Ability to develop technical skills.
4. Ability to prepare for technical presentation in the
GR11A conferences.
Seminar
4110 5. Ability to develop presentation skills including
preparation of audio visual aids.
6. Ability to find public speaking skills and listening
comprehension.
1. Ability to assess knowledge in the subject and the
project.
2. Ability to practice technically.
3. Ability to integrate technical question through all the
GR11A Comprehensi years of study.
4018 ve Viva 4. Ability to express and communicate.
5. Ability to evaluate technical confidence.
6. Ability to improve communication.
7. Ability to validate the knowledge gained through years
of study.
1. Ability to interpret ideas and thoughts into practice in a
GR11A project.
Project Work
4097 2. Ability to analyze the gap between theoretical and

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practical knowledge.
3. Ability to compose technical presentation in the
conferences.
4. Ability to develop organizational skills and team work.
5. Ability to debate for technical discussions.
6. Ability to prepare for publishing papers in journals.
7. Ability to propose for the patent rights for the projects.

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Programme Outcomes
Based on the Program Educational Objectives of Civil Engineering department, students will
achieve the following specific Programe Outcomes
a. Ability to apply knowledge of mathematics, science and fundamentals of Civil
Engineering.
b. Ability to analyse problem and interpret the data.
c. Ability to design a system component, or process to meet desired needs in Civil
Engineering within realistic constraints.

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d. Ability to identify, formulate, analyse and interpret data to solve Civil Engineering
problems.
e. Ability to use modern engineering tools such as CAD and GIS for the Civil Engineering
practice.
f. Ability to understand the impact of engineering solutions in a global, economic and
societal context.
g. Ability to understand the effect of Civil Engineering solutions on environment and to
demonstrate the need for sustainable development.
h. Ability to understand professional and ethical responsibility.
i. Ability to work effectively as an individual or in a team and to function on multi-
disciplinary context.
j. Ability to communicate effectively with engineering community and society.
k. Ability to demonstrate the management principles in Civil Engineering projects.
l. Ability to recognize the need for and an ability to engage in life-long learning.

2.1.2 State how and where the POs are published and disseminated (3)

(Describe in which media (e.g. websites, curricula books) the POs are published and how these
are disseminated among stakeholders)

Institute makes every effort to ensure Department POs are communicated effectively to all
stakeholders namely students, faculty, parents, industry, alumni and management.
Presently POs are published and disseminated through the following methods:
Print Media: Departmental Brochure / Booklets, Course Registers

Electronic Media: College / Departmental Website, Display Monitors

Display Boards: Notice Boards

Direct Communication: Orientation Programmes to freshers/parents, Induction Programmes to

staff members, presentations to visiting academicians, industry personnel, parents etc.

2.1.3 Indicate processes employed for defining of the POs (5)

(Describe the process that periodically documents and demonstrates that the POs are defined in
alignment with the graduate attributes prescribed by the NBA.)

The POs (a-l) are as defined and developed for each program with the consultation and
involvement of various stakeholders from management, industry, alumni, faculty, and students.

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Their interests, suggestions and contributions in defining and developing the POs are taken into
account.
The programme assessment committee formulates the programme outcomes after considering the
views of all stakeholders and the PEOs. This is forwarded to DAB (DDMC) for its
recommendations and submission to Academic council. The programme outcomes are approved
by Academic council. The process is presented in the flow chart given below.

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Graduate Attributes Programme

Educational
Objectives
Consultation Consultation
Process Process
Faculty Alumni
(Views & Feedback) (Views &
Feedback)

Students Industry
(Feedback & Exit Surveys) (Views &
Feedback)
Programme
Coordinator
(Define POs)
Teaching/ Learning Professional Bodies
Environment (Views)
(Status)

Course & Module

Coordinators Research/Higher
(Assessment of course Education
Establishment
outcomes) Program Assessment (Requirement)
Committee

Departmental Advisory
Board
(Departmental Development
and monitoring committee)

Academic Council

POs

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Figure: 4 Process for Defining POs

2.1.4 Indicate how the defined POs are aligned to the Graduate Attributes prescribed by
the NBA (10)

(Indicate how the POs defined for the programme are aligned with the Graduate Attributes of
NBA as articulated in accreditation manual.)

The following are the graduate attributes prescribed by the NBA

 Engineering knowledge
 Problem analysis
 Design/Development of solutions
 Conduct investigation of complex problems
 Modern tool usage
 The engineer and society
 Environment and sustainability
 Ethics
 Individual and team work
 Communication
 Project management and finance
 Life- long learning

Programme Outcomes are aligned to the graduate attributes as given below

Programme Outcomes
Graduate
Attributes
a b c D e f g h i j k l
Engineering
X
Knowledge
Problem Analysis X
Design/Development
X
of Solutions
Conduct
investigations of X
complex problems
Modern Tool Usage X
The engineer and X
society
Environment and
X
Sustainability
Ethics X
Individual and
X
Teamwork
Communication X

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Project Management
X
and Finance
Life Long Learning X

2.1.5 Establish the correlation between the POs and the PEOs (10)

(Explain how the defined POs of the program correlate with the PEOs)

Program Educational Objective(PEO) Program Outcomes(PO)

PEO 1: Graduates of the programme will a. Ability to apply knowledge of mathematics,
be successful in technical and professional
science and fundamentals of Civil Engineering.
career.
b. Ability to analyse problem and interpret the
data.
i. Abili ty to work effectively as an individual or
in a team and to function on multi-disciplinary
context.
j. Ability to communicate effectively with
engineering community and society.
k. Ability to demonstrate the management
principles in Civil Engineering projects.
PEO 2: Graduates of the programme will c. Ability to design a system component, or
have proficiency in execution of real time
process to meet desired needs in Civil
Civil Engineering projects.
Engineering within realistic constraints.
d. Ability to identify, formulate, analyse and
interpret data to solve Civil Engineering
problems.
e. Ability to use modern engineering tools such
as CAD and GIS for the Civil Engineering
practice.
g. Ability to understand the effect of Civil
Engineering solutions on environment and to
demonstrate the need for sustainable
development.

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i. Ability to work effectively as an individual or

in a team and to function on multi-disciplinary
context.
k. Ability to demonstrate the management
principles in Civil Engineering projects.
PEO 3: Graduates of the programme will f. Ability to understand the impact of
continue to engage in life-long learning with engineering solutions in a global, economic and
ethical and social responsibility. societal context.
h. Ability to understand professional and ethical
responsibility.
l. Ability to recognize the need for and an ability
to engage in life-long learning.

Mapping of Programme Educational Objectives with Programme Outcomes

Programme Educational Programme Outcomes

Objectives a b C d e f g h i j k l
Graduates of the
programme will be
PEO1 successful in technical H H M M H
and professional
career.
Graduates of the
programme will have
PEO2 proficiency in solving H H M H M M
real time Civil
Engineering projects.
Graduates of the
programme will
continue to engage in
PEO3 life-long learning with H H H
ethical and social
responsibility.

2.2 Attainment of Programme Outcomes (40)

2.2.1 Illustrate how course outcomes contribute to the POs (10)

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 B.Tech (Civil Engineering) SAR - PART
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(Provide the correlation between the course outcomes and the programme outcomes. The
strength of the correlation may also be indicated)

Correlation between Course Outcomes with Programme Outcomes of I B.Tech Civil

Engineering
Programme Outcomes
Code Subject Course Outcomes
a b c d e f g h i j k l
I Year I Semester
Ability to identify linearity
and linear systems, which
lie at the core level of H M M M M
many engineering
concepts.
Ability to apply the
theorems in differential
calculus, which form the
H M M M M
stepping stones to a
broader subject called
Linear approximation theory.
Algebra Ability to relate commonly
and occurring natural
Single phenomenon using
GR14A1001 H M M M M
Variabl mathematical symbols and
e acquire preliminary skills
Calculu to predict their behavior.
s Ability to apply the
concepts of matrix rank to
H M M M M
analyze linear algebraic
systems.
Ability to compute eigen
values and vectors for H M M M M
engineering applications.
Ability to describe linear
H M M M M
dynamical systems.
Ability to model and solve
H M M M M
linear dynamical systems.
Ability to construct a
curve using its geometrical H M M M M
properties.
Advanc
Ability to visualize
ed
GR14A1002 multivariable functions in
Calculu H M M M M
the context of function
s
optimization.
Ability to calculate
H M M M M
integrals in 2-D and 3-D.

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 B.Tech (Civil Engineering) SAR - PART
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Ability to apply and to

estimate characteristics of H M M M M
vector fields.
Ability to apply the
knowledge of curve
tracing and geometry to H M M M M
precisely estimate areas
and volumes.
Ability to find optional
values of functions with H M M M M
and without constraints.
Ability to apply the
knowledge of multiple
H M M M M
integrals in solving
problems in vector fields.
Ability to express practical
implementation of
H M H M M M
fundamental theory
concepts.
Ability to interpret the role
of engineering materials
such as polymers, energy
production and study the H M H M
environmental applications
in the field of engineering
and technology.
Ability to describe
impurities present in
H M M M
water, boiler troubles,
removal of impurities.
Enginee
Ability to develop
ring
GR14A1008 corrosion technology
Chemist
methods that are useful to
ry H M M M M
know about the protection
of metals from corrosion
by various technologies.
Ability to choose
electronic materials and
M M M M
their applications in the
industry.
Ability to categorize
advanced polymer
M H M M M
materials and their
industrial applications.
Ability to interpret role of
chemistry in different
H M M M M
environments and energy
production.

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 B.Tech (Civil Engineering) SAR - PART
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Ability to describe the

conventions and the
M M M M M
methods of engineering
drawing.
Ability to demonstrate
drafting practices,
visualization and
projection skills useful for
conveying ideas, design M M H M M M
and production of
components and
assemblies in engineering
applications.
Ability to perform basic
sketching techniques of M H M M M M
Enginee
engineering components.
ring
GR14A1023 Ability to draw
Graphic
orthographic projections
s
and isometric projections H M M
of given engineering
components.
Ability to practice
increasingly use of
H M M
architectural and
engineering scales.
Ability to design
Computer Aided Drawing
and to form foundation for M M M H M
modern tools in
engineering graphics.
Ability to express machine
drawing & Structural M H M
drawing
Ability to understand
basics of Electrical
Engineering and practical M H M M
implementation of
Electrical fundamentals.
Basic Ability to apply various
Electric applications of commonly M H M
GR14A1018 al used electric machinery.
Enginee Ability to perform
ring numerical solutions to
H M M
fundamental electrical
engineering.
Ability to understand basic
principles involved in H M M
electrical engineering

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 B.Tech (Civil Engineering) SAR - PART
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concepts
Ability to apply practical
methods of basic house H M M
wiring.
Ability to recollect the
basic physical concepts of H M M M
statics.
Ability to discriminate the
static behavior of the
M H M M M
mechanical components
under loading.
Ability to apply the
concepts of centroid, MI
and product of Inertia in
H M M M
Enginee solving the practical
ring problems under static
Mechan behavior.
GR14A1012
ics - Ability to apply the
STATI concepts of mass moment
CS of Inertia in solving the H M M M
practical problems under
static behavior.
Ability to analyse the truss
H M M M M
applications.
Ability to analyse the
principle of virtual work to H M M M M
static problems.
Ability to examine the free
body diagrams and H M M M M
resultant force.
Ability to recognize the
role and importance of
M M M M H
language and
communication skills.
Ability to find the
importance of the
M M M H
Busines formality in
s communication.
Commu Ability to equip with
GR14A1024
nication critical thinking, writing,
M M M M M H
and soft listening and acquires the
skills ability to work in teams.
Ability to indicate the role
and importance of various
M M M H M H M
forms of communication
skills.
Ability to present
M H M H M
themselves in various

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 B.Tech (Civil Engineering) SAR - PART
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formal social and

professional situations.
Ability to meet the
requirements of corporate M M M M H M
communication.
Ability to make use of
them in their respective M M M M H M
professional fields.
Ability to assemble a
computer and its
peripherals, forming
M M H M M
foundation for applying
hardware in engineering
solutions.
Ability to analyze and use
the software and internet
as productivity tool with M H H M M
professional ethics for all
engineering application.
Ability to install different
M M H M M
IT software.
GR14A1026 Worksh Ability to implement
op hardware and software in
M M H M
troubleshooting software
related problems.
Ability to explore the
internet for information
M M H M M
extraction and other
innovative applications.
Ability to interpret the
Network hardware and M M H M M M
network services.
Ability to discuss database
concepts and designing a M M M H M M M
static web page.
Ability to explain
engineering problems with
H M M M M
a solid foundation in
Chemistry.
Ability to express practical
Enginee
implementation of H M M M M
ring
GR14A1030 fundamental concepts.
Chemist
Ability to estimate the
ry Lab
impurities present in H M M M M M M
water.
Ability to modify
lubricants for various M M M M
purposes.

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 B.Tech (Civil Engineering) SAR - PART
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Ability to prepare
advanced polymer H M M M M
materials.
Ability to measure the
strength of an acid present M M M
in secondary batteries.
Ability to find the Fe+2, Ca
& Cl- present in unknown
substances/ores using H M M M
titrimetric and
instrumental methods.
I Year II Semester
Ability to calculate
improper integrals like
Beta and Gamma
Functions and to apply the H M M M M
idea of domain
transformation for easy
problem solving.
Ability to break down the
skill of decomposing a
periodic and non-periodic
function in to fundamental H M M M M
components using Fourier
series and Fourier
transforms.
Ability to differentiate
Transfo
between ODE and PDE
rm
and acquire the skill of
Calculu H M M M M
GR14A1003 finding analytical
s and
solutions of such
Fourier
equations.
Series
Ability to calculate
definite integral values
H M M M M
using Beta and Gamma
Functions.
Ability to develop the skill
of evaluating Laplace and
inverse Laplace transform
H M M M M
to solve linear systems
under initial and boundary
conditions.
Ability to solve problems
on function optimization
H M M M M
with and without
constraints.
Ability to apply the H M M M M

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 B.Tech (Civil Engineering) SAR - PART
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knowledge of multiple
integrals in solving
problems in vector fields.
Ability to explain the
distinction between
analytical and approximate H H M M M
solutions arising in
mathematics.
Ability to apply skills that
equip us to approximate a
H H M M M
hidden function using
data.
Ability to apply methods
that provide solutions to
problems hitherto M H M M M
unsolvable due to their
complex nature.
Ability to develop the skill
of determining
Numeri
approximate solutions to
cal M H M M M
GR14A1004 problems having no
Method
analytical solutions in
s
different contexts.
Ability to solve problems
related to cubic spline
fitting and approximation H M M M M
of functions using B-
splines and least squares.
Ability to develop the skill
of finding approximate
solutions to problems H M M M M
arising in linear
differential equations.
Ability to develop the skill
of finding approximate
solutions to problems H M M M M
arising in Partial
differential equations.
Ability to define the
various bonds between the
M M M M
atoms, origin of properties
Physics of various materials.
for Ability to describe the
GR14A1006
Enginee basic concepts of
M H M M M
rs Acoustics and acoustic
quietinicy
Ability to associate with
M H H M M
the latest developments in

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 B.Tech (Civil Engineering) SAR - PART
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physics like lasers.

Ability to differentiate
properties and applications M H M M
of various materials.
Ability to extend the
knowledge about H M M M
nanotechnology.
Ability to demonstrate the
applications and
M H M M M
advancements in physics
used for NDT testing.
Ability to analyse the
basic concepts of
M H M M M
communication through
fiber optics.
Ability to improve the
English Language
M M M H M
proficiency with an
emphasis on LSRW skills.
Ability to study the
academic subjects with M M M H
better understanding.
Ability to develop and
read a wide range of text
and understand the M M M M M H M M
importance of life-long
learning.
GR14A1005 English Ability to express
themselves fluently and
appropriately in social and
M M M M M H
professional fields and
strengthen their
professional etiquettes.
Ability to present
themselves in various
M M H M
formal social and
professional situations.
Ability to meet the
requirements of corporate M M M M H M
communication.
Comput Ability to extend analytical
er and logical skills in a
M H M M M
Progra language through
mming algorithms and flowcharts.
GR14A1011
and Ability to solve a given
H M M M M M
data problem.
structur Ability to use the
M M M M M
es programming concepts, c-

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 B.Tech (Civil Engineering) SAR - PART
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library and generate code

for a given problem.
Ability to apply sorting
and searching algorithms M H M
for real time scenario.
Ability to describe the
basic operations of stacks M M H M
and queues.
Ability to develop the
software system to meet
M H M M M
desired needs in realistic
constraints.
Ability to distinguish and
establish as practicing
M H H M
professionals and sustain
career in industry.
Ability to recollect the
basic physical concepts of M M M M
dynamics.
Ability to illustrate the
kinematics of particles and
M H M M M
rigid bodies of dynamic
problems.
Ability to explain the
kinetics of particles and
H M M M M
rigid bodies of dynamic
problems.
Ability to apply Newton’s
Enginee
laws to particles and rigid
ring
bodies to solve problems H M M M M
Mechan
GR14A1020 related to dynamic
ics –
behavior.
DYNA
Ability to apply De
MICS
Alemberts principle to
particles and rigid bodies H M M M M
to solve problems related
to dynamic behavior.
Ability to apply the
concepts of impulse and
H M M M M
momentum with dynamic
behavior.
Ability to assess the
concepts of vibrations to
H M M M M
the rigid bodies associated
with dynamic behaviour.
Enginee Ability to design and
GR14A1025 ring model different prototypes H M M M
Worksh in the carpentry trade such

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 B.Tech (Civil Engineering) SAR - PART
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op as Cross lap joint, Dove

tail joint.
Ability to design and
model various basic
prototypes in the trade of H M M M
fitting such as Straight fit,
V- fit.
Ability to construct
various basic prototypes in
the trade of Tin smithy H M M M
such as rectangular tray,
and open scoop.
Ability to inspect various
basic house wiring
techniques such as
connecting one lamp with
one switch, connecting H M M M
two lamps with one
switch, connecting a
fluorescent tube, Series
wiring, Go down wiring.
Ability to develop various
basic prototypes in the
trade of Welding such as
H M H M
Lap joint, Lap Tee joint,
Edge joint, Butt joint and
Corner joint.
Ability to perform a range
of machining operations to H M M M
produce a given project.
Ability to identify and use
marking out tools , hand
tools, measuring H M M M
equipment and to work to
prescribed tolerances.
Ability to draw the
relevance between the
theoretical knowledge and
to imply it in a practical H H M
manner with respect to
Enginee
analyze various circuits
ring
GR14A1029 and its components.
Physics
Ability to analyze the
Lab
behavior of various
H M M
materials for its optimum
utilization.
Ability to assess various
H M M M
communication

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 B.Tech (Civil Engineering) SAR - PART
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mechanisms and their

usage in a practical
manner.
Ability to draw the
relevance between
theoretical knowledge and
H M M M
behavior of magnetic
materials and their
applications.
Ability describe the
characteristics and the
behavior of various H M M
dielectric materials and
their usage in daily life.
Ability to provide the
students with a solid
foundation in physics
H M M M M M
laboratory required to
solve engineering
problems.
Ability to analyze the
characteristics of various
materials for their
H M M M
applications in
communication and
medical industry.
Ability to practice
algorithms to solve real M H M M M
world problems.
Ability to analyze and
H M M M M M
resolve a given problem.
Ability to use the
programming concepts, c-
M H M M M
Comput library and generate code
er for a given problem.
Progra Ability to apply sorting
mming and searching algorithm for M H M
GR14A1028
and real time scenario.
data Ability to compute the
structur basic operations of stacks M M M
es Lab and queues.
Ability to identify
computer programming M H M M
environment.
Ability to develop
programs and
M H M M M M
documentation in
engineering applications.

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 B.Tech (Civil Engineering) SAR - PART
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Correlation between Course Outcomes with Programme Outcomes of II B.Tech Civil

Engineering

Course Programme Outcomes

Code Subject Outcomes
a b c d e f g h i j k l
II Year I Semester
8. Ability to
apply
knowledge of
science and
H M M
engineering
for eco-
friendly
construction.
Ability to
recognize to
M M M M
control cost of
construction.
Ability to
identify to create
awareness about M M M M
green building
practice.
Ability to
Building
compare the
materials &
GR11A2001 estimate costs
construction &
for labor,
planning
materials, and
equipment for a
H M M
construction
project using
industry-
standard
software and
procedures.
Ability to
recognize to
work in a team
environment to
analyze existing
M H M
building types,
develop a list of
programmatic
requirements,
sketch a

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 B.Tech (Civil Engineering) SAR - PART
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schematic
design, and use
this information
to develop
drawings and
models
sufficient to
present a
competent
architectural
design solution.
Ability to
discuss the
fundamental
knowledge of
the systems and
processes used
to construct the H M M
built
environment,
including an
understanding of
industry
terminology.
Ability to apply
knowledge of
science and
H M M M
engineering for
eco-friendly
construction
Ability to learn
how to develop
and employ
circuit models H M M
for elementary
electronic
components.
Ability to define
Electrical ac and dc H M M
GR11A2036
Technology circuits solving.
Ability to find
role of electrical
machinery in
H M M
simple &
complex
applications.
Ability to
M H M M
demonstrate the

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 B.Tech (Civil Engineering) SAR - PART
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designing and
conducting
experiments, to
analyze and
interpret data,
and also
provides the
ability to
visualize and
work on
laboratory and
multidisciplinary
tasks.
Ability to
measure the
fundamental H M M M
electrical
quantities.
Ability to H M M M M
determine the
stresses, strains,
elastic constants
such as modulus
of elasticity,
modulus of
rigidity,
Poisson’s ratio
and bulk density.
And also to
determine the
strain energy for
various types of
Strength of loading.
GR11A2004
Materials – I Ability to H M M M
generate the
shear force,
bending moment
diagrams and
identify the
point of contra
flexure for
different types
of beams such as
cantilever,
simple supports
and fixed beams
etc. with
different

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 B.Tech (Civil Engineering) SAR - PART
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loading.
Ability to H M M M M
formulate the
bending
equation and
shear equation to
calculate the
bending stresses
and shear
stresses for the
different
sections of the
structural
members.
Ability to H M M M M
evaluate the
slope and
deflection of
different beams
for the different
end conditions
and loading by
using different
methods such as
double
integration and
moment area
method etc.
Ability to H M M M M M
analyze the
principal and
tangential
stresses in the
different planes
by using
analytical and
graphical
methods.
Ability to M M M H M
uutilize
appropriate
materials in
design
considering
engineering
properties,
sustainability.
Ability to H M M M M M M

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 B.Tech (Civil Engineering) SAR - PART
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perform
engineering
work in
accordance with
ethical and
economic
constraints
related to the
design of
structures.
Ability to apply
basic
mathematical
and science
knowledge to H M M M
understand and
solve
engineering
problems.
Ability to utilize
software tools in
M H M M
G.P.S
applications.
Ability to draw a
plan and setting
out the frame M H M M
work in the
field.
Ability to
GR11A2005 Surveying
recognize the
scope for M M H M
entrepreneurship
.
Ability to
function as a
member of a
survey party in M M M H M
completing the
assigned field
work
Ability to
illustrate the
need for licensed
surveyors to
M H M M M M M
establish
positioning
information for
property and

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 B.Tech (Civil Engineering) SAR - PART
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structures
Ability to
illustrate the
need for
accurate and
M H M M
thorough note
taking in field
work to serve as
a legal record
Ability to list the
various the
properties of
fluids.
Knowledge to
H M M M
apply the
principle of
hydro static law
and Pascal’s
laws.
Ability to
compute the
fluid pressure in
different
manometers and H M M M
analysing usage
in complex
industrial
processes.
GR11A2003 Fluid Mechanics Ability to assess
the performance
of notch, orifice,
and mouth piece
discharges.
Recognize and H M M M M
formulate
problems that
are amenable to
weirs for
practical design.
Ability to
articulate
importance of
extensive
research in fluid H M M M M
mechanics,
related
Hydrodynamic
flows, hydro

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 B.Tech (Civil Engineering) SAR - PART
B

kinematics.
Ability to design
the pipe
networking
application in
H M M M M M
irrigation and
water
distributions
system.
Ability to
identify different
fluid equations
in static and
dynamic H M M M
conditions, fluid
boundary layer,
laminar and
turbulent flow.
Ability to
analyze the role
of fluid flows in
a weirs, pipes
lines, notches,
H H M H M
orifices and
mouthpieces can
handle social
and global
needs.
Ability to
express the
principle
properties of
fluids viscosity,
surface tension
etc. and their
type of flows at H H M H
static condition.
Fluid Mechanics Able to calculate
GR11A2007
Lab the fluid
pressure at
different
condition,
friction losses.
Ability to design
diameter, length
require of a pipe H M M M M
in networking.
An ability to find

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 B.Tech (Civil Engineering) SAR - PART
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the role of fluid

flows in a weirs,
pipes and
identifying the
laminar and
turbulent flows
for that require
simple and
complex
applications can
handle social and
global needs.
Ability to
calculate
discharges
through orifice, M H M M M
mouth piece and
weirs useful for
practical design
Ability to
articulate
importance of
extensive
research in fluid
mechanics, H M
Hydrodynamic
flows, static
storage studies,
aero dynamic
studies etc.
Ability to design
the real time
application in
irrigation and
water
distributions
system. Able to M
H M
calculate
frictional losses
in pipe and able
to analyze the
boundary layers
influence in real
time.
Ability to
calculate the pipe
H M M
line design
(length diameter)

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 B.Tech (Civil Engineering) SAR - PART
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and trace out

laminar and
turbulent flows
for municipal
water distribution
system.
Ability to
recognize the
value of water
M M M H
current in rivers,
canal and drains
etc.
Ability to M M H M M
identify
conventional
surveying tools
such as
chain/tape,
compass, plane
table, level in
the field of civil
engineering
applications
such as
structural
plotting and
highway
profiling.
Ability to take M H M M
Surveying Lab – accurate
GR11A2008
I measurements,
field booking,
plotting and the
effects of small
angular errors.
Adjustment of
errors can be
understood.
Ability to plan a M H M M
survey
appropriately
with the skill to
understand the
surroundings.
Ability to M H M
function as a
member of a
survey party in

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 B.Tech (Civil Engineering) SAR - PART
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completing the
assigned field
work.
Ability to M H M M M
measure
differences in
elevation, draw
and utilize
contour plots,
and calculate
volumes for
earthwork.
Ability to design M H M M M M M
the road profile
by Longitudinal
and cross section
levelling.
Ability to plot H M M M
traverses or
sides of building
and determine
the location of
points present on
field on a piece
of paper.
Ability to
recollect and
perform basic
H M M M
sketching
techniques will
improve.
An ability to
draw
orthographic H M M M M M
projections and
Computer Aided sections.
GR11A2006 Drafting of Ability to use
Building Lab architectural and
engineering H M M M M M
skills will
increase.
An ability to
produce
H M M
engineered
drawings.
An ability to
interpret with H M M M M
office practice

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 B.Tech (Civil Engineering) SAR - PART
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and standards.
Ability to pass
the
H M M
CertificationExa
ms.
Ability to
demonstrate
knowledge of
H M M M M
current industry
standards and
codes.
II Year II Semester
Ability to define
probability and
interpret
H M M M
probability by
modeling sample
spaces.
Ability to
construct the
probability
distribution of a
random variable,
based on a real- H M M M
world situation,
and to use it to
compute
expectation and
variance.
Probabilities &
GR11A2010 Ability to
Statistics
evaluate random
processes which
occur in
engineering
application
governed by H M M M
binomial,
Poisson,
exponential,
normal, and
uniform
distributions.
Ability to define
descriptive
statistics and H M M M
statistical
inference.

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 B.Tech (Civil Engineering) SAR - PART
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Ability to
discuss compute
regression
H M M M M
equations for
data to make
predictions.
8. Ability to
acquire the
skill of using
queuing H M M M
techniques in
the field of
engineering.
Ability to
express
H M M M M
Stationary and
Ergodic process.
Ability to define
stresses in thin
and thick
cylinders under
H M M
pressures, show
stress
distribution
diagrams.
Ability to list the
various stress in
cylinders, and H M M M
define Lame’s
theorems
Ability to
differentiate
Strength of
GR11A2011 between closed H M
Materials – II
and open coiled
helical springs
Ability to
evaluate the
buckling/failure
load for axially H M M
loaded and
eccentrically
loaded columns.
Ability to
identify function
of slenderness H M M M
ratio in axially
loaded columns.
Ability to H M M M

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 B.Tech (Civil Engineering) SAR - PART
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explain the
effect of
equivalent
length in long
columns various
end conditions.
Ability to state
the torsional
strength of
structural
H M M M M
members and
also to design
them to resist a
given torque.
Ability to
express the
properties in
open channel
flows. Define
chezy, manning H M M M M M
Bazins
equations.
design most
efficient channel
section.
Ability to
identify,
formulate and
analyze by
drawing the
Hydraulics and
different types H M M M M H
GR11A2009 Hydraulic
of surface
Machinery
profile in open
channel, predict
the types of
channel slopes.
Ability to
compare types
of fluid flows in
open channel H M M M H
and compute
problems on
specific energy.
Ability to design
and analyse of
centrifugal H M M M M H
pumps Assess
the performance

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 B.Tech (Civil Engineering) SAR - PART
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of pump by
computing work
done, power and
efficiencies.
Ability to design
Kaplan, Francis,
Pelton wheel
turbines in hydel
plants. Evaluate
H M M M M M H
the work done,
power and
efficiency of
Hydraulics
Machinery.
Ability to
predict the force
exerted on
different types
of vanes on
moving and H M M M M H
stationary
condition.
Evaluate work
done, power and
efficiency.
Ability to apply
knowledge of
models and
proto type in
complex H M M M M H
applications that
can handle
social and global
needs.
Ability to
discuss on
economics,
demand and its
M H M M M M
determinants,
Managerial exceptions,
Economics and elasticity and
GR11A2071
Financial forecasting.
Analysis Ability to
explain the
production
M M M M M M
function, the
concept of
Economies of

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 B.Tech (Civil Engineering) SAR - PART
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Scale,
ISOCOSTS,
ISOQUANS.
Ability to infer
various costs,
production and
M M M M M H
calculating
Break Even
Point.
Ability to
explain various
market
structures, types M M M M M H
of competition
and pricing
types.
Ability to
describe
characteristic
features of forms
of Business
Organization
M M M M M H
and changing
Business
Environment in
Post-
Liberalization
scenario.
Ability to
describe about
Capital types
and Working
Capital
Requirements, M M M M H
Capital
Budgeting like
ARR, NPV, and
PAYBACK
method.
Ability to
explain the
accounting,
double Entry
Book Keeping, M M M M H
Preparing
Journal, Ledger,
Trading
Account, P&L

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 B.Tech (Civil Engineering) SAR - PART
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Account,
Balance sheet
and analysis of
Financial Ratios
Ability to
determine
deflections of
H M M M M
beams and
trusses using
energy methods.
Ability to
analyze three
and two hinged,
H M M M
circular and
parabolic
structure.
Ability to
analyze
indeterminate
beams of 1st
degree statically
indeterminate H M M M
using force
method for
Propped
Structural cantilever
GR11A2012
Analysis beams.
Ability to
analyze
indeterminate
beams of 2nd and
3rd degree
statically H M M M
indeterminate
beams using
Clappeyorn’s
three moment
theorem.
Ability to apply
the Slope
deflection,
Moment
distribution and
H M M
Kani’s methods
to analyze
statically
indeterminate
structures.

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Ability to
analyze the
statically
determinate and
H M M
indeterminate
structures using
rolling load
method.
Ability to
analyze the
statically
determinate and
H M M
indeterminate
structures using
influence line
method.
Ability to H M M M M
determine the
important
mechanical
properties of
materials
Ability to H M M M M M
identify the
stiffness of an
elastic isotropic
material
Ability to H M M M
evaluate the
theorem in
engineering
Strength of mechanics.
GR11A2014
Materials Lab Ability to M H M M M M
measure any
substance's
resistance to
uniform
compression.
Ability to H M M M M
resistance of
various materials
against abrasion.
Ability to design M H M M
structures with
the knowledge
of stresses.
Ability to H M M M M
identify the

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 B.Tech (Civil Engineering) SAR - PART
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resistance of any
material against
high force or
shock over a
short time
period.
Ability to express
the principle
properties
M H M M
different types of
flows in open
channel flows.
Ability to find the
role of fluid
flows in open
channels and
identifying the
critical and
subcritical, super H M M
critical flows by
that require
simple and
complex
applications can
handle.
Ability to
Hydraulics and
articulate
GR11A2013 Hydraulic
importance of
Machinery Lab
extensive
H M M M
research in
Hydraulics and
Hydraulics
Machinery.
Ability to design
the real time
application in
calculating the
M H M
turbine
efficiencies and
power
calculations.
Ability to
calculate the
pipe line design
(length M H M M M
diameter) and
trace out laminar
and turbulent

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 B.Tech (Civil Engineering) SAR - PART
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flows for
municipal water
distribution
system.
Ability to
recognize the
value of water
M H M M M
current in rivers,
canal and drains
etc.
Ability to
interpret the
M H M M M
innovate
techniques.
Ability to
indicate the need
for accurate and
thorough note H M M M M
taking in field
work to serve as
a legal record.
Ability to find
the knowledge
on modern
survey
equipment like
H M M M
theodolite,
tachometry and
total station to
measure angles
Surveying Lab – and distances.
GR11A2015
II Ability to
express the
principles and H M M M M
operation of the
total station.
Ability to
measure
differences in
elevation and H M M M M M M
calculate
volumes for
earthwork.
Ability to assess
knowledge of
mathematics, H M M M M M
science, and
engineering to

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 B.Tech (Civil Engineering) SAR - PART
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understand the
measurement
techniques and
equipment used
in land
surveying.
Ability to
calculate
elevation
differences using
trigonometric H M M M H
leveling and
corrections for
curvature and
refraction.
Ability to
calculate area,
volume, angles,
distances,
H M M M M M
column marking
and close a
traverse using
total station.

Correlation between Course Outcomes with Programme Outcomes of III B.Tech Civil
Engineering
Programme Outcomes
Code Subject Course
Outcomes a b c d e f g h i j k l
III Year I Semester
Ability to list the
grades of
cement, the
types of cement H M M M M
and the types of
different
admixtures.
Ability to
Concrete
GR11A3029 classify the
Technology
types and the
H M M M
physical
properties of
aggregates.
Ability to
classify the
H M M M
physical
properties of

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 B.Tech (Civil Engineering) SAR - PART
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fresh and
hardened
concrete and
also about the
manufacturing
of concrete.
Ability to
estimate the
creep and
shrinkage of
concrete and
how to conduct
H M M M
the different
tests such as
compression and
tension etc. on
hardened
concrete.
Ability to design
the mix
proportions for
the specific
work for
M M H M
required strength
and workability
with available
materials at
work place.
Ability to
distinguish the
special concretes
like Self
compacting
concrete, Fibre
H M M M M
reinforced
concrete,
Polymer
concrete and
Light weight
concrete etc.
Ability to assess
on development
of high strength
M H M M M M
and high
performance
concrete.
Design of Ability to design
GR11A3037 H M M M M
Reinforced the reinforced

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Concrete concrete
Structures structures with
an acceptable
probability and
performing
satisfactorily
during their
intended life by
using Limit state
method.
Ability to design
the reinforced
concrete
structures which M H M M
sustain all loads
and deform
within the limits.
Ability to design
the reinforced
concrete
structures which
H M M M M
are durable by
properly
detailing the
reinforcement.
Ability to design
the reinforced
concrete
M M H M M M
BEAMS for the
given loads and
moments.
Ability to design
the reinforced
concrete
M M H M M M
columns for the
given loads and
moments.
Ability to design
the reinforced
concrete M H M M M
footings for the
given loads.
Ability to design
the reinforced
concrete slabs,
M H M M M
stairs and
canopy for the
given loads and

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 B.Tech (Civil Engineering) SAR - PART
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moments.
Ability to
identify basic
Engineering
properties of soil
H M M M
and relate them
with Civil
Engineering
practices
Ability to
evaluate various
experiments to
determine the M H M M
geotechnical
properties of
soil.
Ability to
identify,
formulate and
solve various M H H
problems in
geotechnical
engineering.
Ability to
Geotechnical
GR11A3055 analyse the
Engineering – I
mechanism and
H M M M
behavior of soil
under various
field situations
Ability to
identify field
equipment used M H M M
in improving
soil properties
Ability to
articulate
importance of
extensive M M M M H
research in
geotechnical
engineering
Ability to
analyze soil
mechanics for
development of H M M M M
construction
sites both
technically and

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 B.Tech (Civil Engineering) SAR - PART
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economically.
Ability to
measure,
estimate and
process rainfall
data, runoff data,
M M H
evaporation
data,
evapotranspirati
on data and
infiltration data.
Ability to
develop in a
region, direct
runoff
hydrograph, unit
M H M
hydrograph, S-
Curve
hydrograph and
synthetic unit
hydrograph.
Ability to
calculate the
discharge of
Water Resources
GR11A3097 radial flow to
Engineering - I
wells in a region
of confined and
unconfined M H M
aquifers by
determining the
aquifer
parameters by
field tests and
pumping tests.
Ability to design
a suitable
irrigation
method
M M H
depending on
soil, water and
plant conditions
on the field
Ability to
develop
irrigation
M M M H
schedules and
irrigation
efficiencies for

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 B.Tech (Civil Engineering) SAR - PART
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farmers on the
field.
Ability to design
irrigation canals
by Kennedy’s
M M H M
theory, Lacey’s
theory and IS
standards.
Ability to
calculate design
discharge by
SCS Curve
Number Method
and analyze the
regional flood
M M H M
frequency,
Measure and
estimate stream
flow by methods
of stream
gauging in a
watershed.
Ability to
calculate the
degree of static
and kinematic
indeterminacies M H M M
of a given
structure such as
beams, truss and
frames.
Ability to
determine the
final end
Advanced
moments in
GR11A3002 Structural
indeterminate
Analysis
beams and M H M M M
frames using
Slope deflection,
Moment
distribution and
Kani’s methods
Ability to
construct BMDs
for beams and
M H M M M
frames using
Slope deflection,
Moment

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 B.Tech (Civil Engineering) SAR - PART
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distribution and
Kani’s methods
Ability to
determine the
final end
moments in
portal and gable
frames with M H M M M
sway using
Slope deflection
and Moment
distribution
methods.
Ability to
analyse the
indeterminate
beams and M H M M
frames by
stiffness matrix
method
Ability to
analyse the
indeterminate
beams and M H M M
frames by
flexibility matrix
methods
Ability to
estimate the
bending
moments and
axial forces in
M H M M
multistory
frames using
approximate
methods of
analysis
Ability to
identify the
suitable
materials used H
for concrete for
Concrete
GR11A3030 particular
Technology Lab
purpose
Ability to gauge
the quality
M H M
control of
concrete

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 B.Tech (Civil Engineering) SAR - PART
B

Ability to
identify,
describe and
carry out the
M M
main laboratory
tests relevant to
the use of
concrete on site.
Ability to
recognise the
theoretical
concepts learned
in the courses
concrete M H
technology and
building
materials and
construction
planning.
Ability to design
normal concrete M H M
mixes.
Ability to
predict
properties of
different M H M M
materials used
for the
construction.
Ability to
interpret the
properties in tern
M M H M M
to design or
invent the new
materials.
Ability to
classify the soils
M H M M
and its basic
properties.
Ability to
analyze soil
Geotechnical M H M M
GR11A3056 behavior and its
Engineering Lab
mechanism.
Ability to find
role of basic
properties of soil M H M M
in simple and
complex

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 B.Tech (Civil Engineering) SAR - PART
B

applications.
Ability to
develop a
proficiency in
H M M M
handling
experimental
data.
Ability to report
the results of a
laboratory
H M M M M
experiment at a
professional
standard.
Ability to
analyze data for
M H M M
real time
applications.
Ability to
recommend
extensive
M H M M M M
research in
geotechnical
properties.
Ability to
explore and
utilize different
forms of
communication M M M H M
to convey one’s
ideas in various
professional
contexts.
Ability to
engineer self-
Advanced M M M H M
presentation and
English
GR11A2073 socializing.
Communication
Ability to train
Skills Lab
to crack various
international
online exams H
like GRE,
TOEFEL and
IELTS.
Ability to learn
various forms of
Technical M M M H
Writing for
effective

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 B.Tech (Civil Engineering) SAR - PART
B

professional
documentation.
Ability to design
and build
various
behavioral M M M M H
aspects in
relation to
problem solving.
Ability to gain
expertise to
share opinions M M M H
and express
views precisely.
III Year II Semester
Ability to
identify
materials
involved in the
H M M M M
manufacture of
steel and various
methods of
making steel.
Ability to
identify different
types of
connections used
in the H M M M M
connections of
different
Design of steel elements of steel
GR11A3038
structures structures.
Ability to design
steel tension
M M H M M M M
members for the
given loads.
Ability to design
compression
members for the M M H H M M M M
given loads and
moments.
Ability to design
the steel
eccentric
M H H M M M M
connections for
the given loads
and moments

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 B.Tech (Civil Engineering) SAR - PART
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Ability to
examine plastic
H M M M
analysis of
structures.
Ability to
recognize design
methodologies H M M M
and the concept
of codes.
Ability to design
and implement a
drinking water
M H M M
supply system
for a residential
community
Ability to
identify the
cause of
H M M M
outbreak of
epidemics and
eradicate.
Ability to setup
drinking water
supply and
waste water H M M M
collection
system for a
town.
Environmental
GR11A3050 Ability to
Engineering
identify safe
disposal M M H M M
methods for
wastewater
Ability to design
suitable
H M M M
treatment for
wastewater.
Ability to
identify suitable
sources of water
H M M M
for a public
water supply
system.
Ability to
resolve all
operational and M H M M
maintenance
issues of water

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 B.Tech (Civil Engineering) SAR - PART
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supply and
sanitary
engineering.
Ability to
estimate and
calculate the
inflow, outflows
from the
M H M M
reservoir as well
its capacity by
using mass
curve
techniques.
Ability to design
and analyze the
different types
and components
of various dams M M H M
pertaining to
corresponding
boundary
conditions.
Ability to
interpret
performance,
Water Resources M M H H M
GR11A3098 safety and
Engineering - II
stability of the
gravity dam
Ability to
calculate flow
through the
earthen dams
and also
corresponding
remedial M H M M
measures to
prevent more
seepage through
dams, various
irrigation
structures.
Ability to design
various
diversion head
M M H M
works by using
Blighs and
Khoslas theory
Ability to assess M H H H M

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 B.Tech (Civil Engineering) SAR - PART
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the efficiency of
performance of
any component
of hydraulic
structure like a
weir, barrage,
CD work, etc.
Ability to
indicate the
different types
of irrigation
structures along
with their M H M M M M
designs and
analysis by
using different
evaluation
methods.
Ability to
recognize the
importance of
H M M M
geology from
civil engineering
point of view.
Ability to find
the physical
properties of
minerals and H M M M M M M
their role for
common rock
forming.
Ability to
Engineering distinguish
GR11A3048
Geology features of
igneous, H M M M M M M
sedimentary and
metamorphic
rocks.
Ability to
distinguish
various H M M M M M M
geological
structures.
Ability to
analyse the
failures of dams, H M M M
reservoirs and
tunnels due to

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 B.Tech (Civil Engineering) SAR - PART
B

geological
reasons.
Ability to
indicate
importance of
ground water, H M M M M
subsurface
flows, water
tables.
Ability to
discuss about the
rocks, minerals
and geological
H M M M M
structures that
can be used for
civil engineering
point of view.
Ability to apply
basic science
principles in
estimating
H M H
stopping and
passing sight
distance
requirements
Ability to
compare factors
influencing road
vehicle M M H
performance
characteristics
and design.
Transportation
GR11A3093 Ability to review
Engineering
the level of
service for M M H
selected road
segments.
Ability to
organize the
basic traffic H M M
signal phasing
and timing plan.
Ability to
recognize the
importance of
H M H
horizontal and
vertical
alignment of the

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 B.Tech (Civil Engineering) SAR - PART
B

highway
Ability to
illustrate the
basic traffic
stream
parameters and M H M M
models, traffic
flow models,
and queuing
theory.
Ability to
present a
systems
approach where
the interaction of
M H M
humans and the
vehicles and
their impact on
the society and
transportation.
Ability to
identify different
problems by
H M M M M
various disasters
and to predict
solutions.
Ability to
develop
strategies to
decrease
M M H M
economic loss
by relating with
previous disaster
Disaster
data
GR11A3043 Management
Ability to help in
and Mitigation
applying
engineering
technology to
M H M M M
give a solution
to mitigate loss
caused due to
disasters.
Ability to
illustrate science
and geology to H M M M
understand the
problems.
Ability to H M M M M

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 B.Tech (Civil Engineering) SAR - PART
B

express councils
present globally
for the
evaluation and
mitigation of
disasters.
Ability to
identify latest
technologies to M H M M
resolve problems
due to disasters.
Ability to extend
various research M M H M
programs
Ability to
illustrate
conceptual
design for short, M H
medium and
long span
bridges
Ability to
analyse
structural
behavior of
H M
different
longitudinal and
transverse bridge
types
Ability to design
Bridge bearings, joints,
GR11A3021 H M
Engineering piers and
abutments.
Ability to
compare
composite and M H M
slab deck
bridges.
Ability to
evaluate life-
H M M M
cycle costs of
bridges.
Ability to
recognize the
importance of
H M M
different
loadings that are
acting on

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 B.Tech (Civil Engineering) SAR - PART
B

bridges.
Ability to
demonstrate
sizing of bridge
elements, i.e.
H M H M
develop a clear
understanding of
conceptual
design.
Ability to
identify various
M M H M M M
minerals and
their properties.
Ability to
identify various
H M M M
rocks and their
properties.
Ability to
prepare and
interpret various
maps of
geological M H M
structures like
faults, folds,
beds and
unconformities.
Ability to
Engineering resolve some
GR11A3049 M H M H
Geology Lab simple structural
Geology.
Ability to
understand the
importance of
H M M M
geological
structure for any
constructions.
Ability to
demonstrate the
effect of water H M M M M
tables under any
civil structures.
Ability to
understand how
various rocks
H M M M
and minerals
used in the
industries.
GR11A3051 Environmental Ability to H M M M M

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 B.Tech (Civil Engineering) SAR - PART
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Engineering Lab measure

physical
properties of
surface and
subsurface
water.
Ability to
measure
biological
properties of H M M M M
surface and
subsurface
water.
Ability to
measure
chemical
properties of H M M M M
surface and
subsurface
water.
Ability to
innovate
techniques to H M M
improve surface
water quality.
Ability to
recognize to
H M M
improve skills in
water analysis.
Ability to
identify social
responsibility to M H M M
eradicate water
borne diseases.
Ability to assess
theoretical
techniques to
H M M M M
solve real time
problems related
to industry.
Industrial
Ability to relate
GR11A3064 Oriented Mini
practical
Project
techniques to
H M M M
solve problems
related to
research
Ability to
M M H
prepare technical

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 B.Tech (Civil Engineering) SAR - PART
B

report and
present in the
seminars/
conferences.
Ability to
develop small
scale models and
M H M M M
present in the
workshops and
seminars.
Ability to extend
the industrial
practices being
H M M M
followed in both
design and
analysis.
Ability to
differentiate
various
H M M
codes/standards
followed in
industry.
Ability to
recognize the
organizational M H M M
structure of an
industry.

Correlation between Course Outcomes with Programme Outcomes of IV B.Tech Civil

Engineering
Programme Outcomes
Code Subject Course Outcomes
a b c d e f g h i j k L
IV Year I Semester
Ability to list the
various soil
exploration
techniques and M H M M
interpret the
Geotechnical resulting soil
GR11A4046 Engineering – profiles.
II Ability to analyze
slope stability and
design of earth M H M M
retaining
walls.
Ability to apply H M M M M

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bearing capacity
equations for
shallow and deep
foundations and to
evaluate rate of
settlement.
Ability to choose a
suitable foundation
based on soil M H H M
properties for
various soils.
Ability to identify
and solve
foundation related M H M M
engineering
problems.
Ability to estimate
pile and pile group
capacity for any
kind of soil H M M M
including group
efficiency and
negative friction.
Ability to explain
the functions and
M H M M M
design criteria of
well foundations.
Ability to express
the cost
management H M M M
discipline and
process.
Ability to recognize
potential pitfalls and
understand M M M H
avoidance
strategies.
Estimating &
GR11A4040 Ability to use a cost
Costing
management
M M M H M
estimation and
control plan.
Ability to recognize
the process and
importance of cost
M M M H M
estimation, cost
budgeting and cost
control.
Ability to describe M M M H M

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some problems
often encountered in
collecting data for
cost estimation.
Ability to estimate
correctly the
M M M H M
quantity of steel and
form work.
Ability to interpret
the process and
importance of
M M M H M
valuation of
buildings and other
structures.
Ability to describe
the fundamental
concepts of
H M M M M
Geographic
Information Science
and Technology.
Ability to
demonstrate
proficiency in the H M M M
basic functions of
geospatial software.
Ability to
demonstrate
awareness of
M H M M M
fundamental remote
sensing and spatial
Remote
analysis techniques.
GR11A4100 Sensing &
Ability to
GIS
demonstrate basic
proficiency in map
creation and design
principles, including
M H M M M
thematic map
display,
employment of map
projections, and
cartographic design.
Ability to
demonstrate
proficiency in the
H M M M M
creation and
acquisition of
spatial data.
Ability to analyze M H M M

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and understand
various topo maps.
Ability to apply
Remote sensing
knowledge for
M H M M M
various civil
engineering
applications.
Ability to
enumerate the
porosity, specific H M M M
yield and specific
retention of aquifer.
Ability to calculate
the storage
coefficient and
transmissivity of
aquifers and to
derive differential H M M M
equation governing
groundwater flow
in three dimensions
in Cartesian and
Polar coordinates.
Ability to examine
the pumping test
Ground
data in steady and
Water
unsteady
GR11A4048 Development
groundwater flow
& M H M M M
towards a well in
Management
confined and
unconfined aquifers
using Dupuit’s and
Theim’s equations.
Ability to appraise
surface and
subsurface methods
H M M M
of exploration of
investigation of
groundwater.
Ability to assess the
methods of recharge
of groundwater M M H M
using GIS and
Remote sensing.
Ability to compile
dynamics of saline H M M M M
water intrusion and

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to manage the
groundwater basin.

Ability to
synthesize the
overall concepts and
procedures
necessary for the H M M M M M
development and
management of
ground water
resources.
Ability to identify
the general
mechanical
M H M M
behavior of
prestressed
concrete.
Ability to analyze
transfer and
development length H M M
as well as prestress
losses.
Ability to design
calculations to
predict service
behaviour of
prestressed concrete
structures, M H M
Prestressed accounting for the
GR11A4093
Concrete time-dependent
effects of concrete
creep and
shrinkage.
Ability to design of
the ultimate strength
M H M M M
of prestressed
concrete structures.
Ability to analyze
of prestressed
concrete structures M H M M M
to satisfy relevant
Design Standards.
Ability to establish
with the prestressed
concrete fabrication H
and construction
process.

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Ability to apply
knowledge of
prestressed concrete
models and sections
M M M H
in complex
applications that can
handle social and
global needs.
Ability to formulate
mathematical
models for the H M M M
problems in Civil
Engineering.
Ability to define
major limitations
and capabilities of
deterministic
M H M
operations research
modeling to relate
with industry or
government.
Ability to analyze
problems using
linear programming
and other H M M M
mathematical
Optimization programming
techniques in algorithms
GR11A4081
Civil Ability to deal with
Engineering real world problems
of Network
analysis, Project H M M M
Management, for
optimal solutions in
civil engineering
Ability to classify
different techniques
to solve Non-
M M H M
Linear
Programming
Problems
Ability to use
search techniques
methods, which are
based on iterative H M M M
methods, to find
optimal solutions of
Non-Linear

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Programming
Problems which
helps in
understanding
multistage decision
problems.
Ability to discuss
different Software
application for
optimization M M H M M
techniques to
validate existing
methods.
Ability to identify
the importance of
various irrigation & H M H M
Hydraulic
structures.
Ability to determine
the applicability of
various structures to M H M M
be proposed at the
site.
Ability to calculate
the various
components of M M H
hydraulic structures
for the given data.
Ability to design
Irrigation
hydraulic structures M M H M
GR11A4059 Design &
at any scale.
Drawing
Ability to analyze
the various
hydraulic structures M H
like Canal regulator,
under tunnel etc.
Ability to design
and draw the
M M H M
hydraulic structures
using Q-CAD tool
Ability to evaluate
different types of
hydraulic structures,
their design and M M H M M
drawings using
various drafting
tools
GR11A4042 Finite Ability to identify H M M

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Elements mathematical model

Methods for solution of
common
engineering
problems.
Ability to formulate
simple problems M M H M
into finite elements.
Ability to define
basic aspects of
finite element
technology,
including domain
discretization,
polynomial
interpolation, M H M
application of
boundary
conditions,
assembly of global
arrays, and solution
of the resulting
algebraic systems
Ability to compare
the solutions
H M M
obtained from finite
element analyses
Ability to formulate
finite element M H M M
analysis equation
Ability to evaluate
finite element
software to solve
engineering
M H M M
problems in Solid
mechanics, fluid
mechanics and heat
transfer.
Ability to solve
element matrix
equation by
different methods
H M M
by applying basic
laws in mechanics
and integration by
parts.
Water Ability to
GR11A4128 H M M M M
Resources enumerate the

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system fundamental
Planning & concepts systems,
Management optimization
techniques,
objective function
and constraints.
Ability to alculate
the applicability of
Linear
M H M M M
Programming
models in various
different fields.
Ability to examine
the concept of
Belman's Principle
for both forward M H M M
and backward
recursive dynamic
programming.
Ability to appraise
the concepts of
simulation in Water M H M M M
Resources
Engineering.
Ability to assess the
concepts of cost
benefit analysis in
M H M M
Water Resources
Economics and
Management.
Ability to compile
different types of
the systems,
optimization H M M M M M
techniques and the
concept of
simulation.
Ability to
synthesize different
system planning
techniques and their
simulation methods M H M M
in the strategic
management of
Water resources
available.
Ground Ability to identify
GR11A4047 H M M
Improvement dewatering

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Techniques technique for the

field related
problems.
Ability to discuss
grouting methods in
M H M M
civil engineering
applications.
Ability to assess the
field problems
related to
problematic soils by
M H M M
adopting various
ground
improvement
techniques
Ability to
differentiate
M H M M M
reinforced earth
retaining structures
Ability to classify
various techniques
for stabilization
more technically M H M M M
and economically
by using
geotextiles.
Ability to recognize
the suitability and
practicability
required for various M H M M M M
ground
improvement
methods.
Ability to assess the
importance of
extensive research
M H M M M
in various ground
improvement
techniques.
Ability to discuss
the required
properties of road M M M M H
Highway aggregate and
GR11A4050 Materials bitumen.
Lab Ability to estimate
the feasibility of M M H
materials.
Ability to clarify, H M

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how to improve the

quality of materials
used for highway.
Ability to conduct
different test to be
conducted on
highway materials M H M
and to assess the
quality of the road
materials.
Ability to illustrate
to design the M H M M
bituminous mix.
Ability to classify
able to select
materials with
properties those H M M M
comply with state
and national
specifications.
Ability to compare
H M M
the test results
Ability to describe
the fundamental
concepts of
H M M M
Geographic
Information Science
and Technology.
Ability to
demonstrate
proficiency in the H M M M
basic functions of
geospatial software.
Ability to find
Remote
awareness of
GR11A4101 Sensing &
fundamental remote H M M M M
GIS Lab
sensing and spatial
analysis techniques.
Ability to evaluate
basic proficiency in
map creation and
design principles,
including thematic H M M M
map display,
employment of map
projections, and
cartographic design.
Ability to analyze M H M M

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proficiency in the
creation and
acquisition of
spatial data.
Ability to recognize
the topo maps
H M M
prepared by survey
of India.
Ability to determine
the overlaying of
H M M M
different maps in
GIS.
IV Year II Semester
Ability to assemble
and use various
construction
M M H M M
schedules to
manage a
construction project
Ability to identify
different
construction
methods and its M H M M M
application based on
the field
requirements
Ability to associate
with various
Construction construction H M
Technology equipment used in
GR11A4020
& Project the construction site
Management Ability to apply
probability,
statistics, and
decision analysis in
project planning, H M M M
quality systems and
safety management
of construction
activity.
Ability to prepare
Cost Estimates and
documentation and
M M M M M
relate with various
types of
constructions
Ability to express M H M M

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contract, tenders
and bidding
practice in
constructions
Ability to infer with
Construction Law
and Arbitration to
M M H M M
solve legal
problems in
constructions
Ability to analyze
the different loads
H M M M M M
on Trusses and their
Components
Ability to design of
Industrial Roof
H M M M M
Trusses and their
Components.
Ability to design
H M M M M
Advanced Gantry Girder.
GR11A4002 Structural Ability to design
M H M M M
Design Steel Bridges.
Ability to design
M H M M M
Steel Water Tanks.
Ability to design
M H M M M
Plate Girder.
Ability to identify
and resolve the
various problems M H M M M
related to Steel
Structures.
Ability to identify
and describe the
components of
waterway and M H M
airway
transportation
vehicles.
Airport, Docs Ability to compare
GR11A4003 & Harbour various alternative
H M M
Engineering structures of docks
and airports.
Ability to interpret
planning and design
principles of some
M H M
of the components
of waterway and
airway

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transportation.
Ability to describe
different imaginary H M M
surfaces in airport.
Ability to analyze
the characteristics H M M
of Aircraft.
Ability to record
and reproduce of
M M M H
data to draw wind
rose diagrams.
Ability to evaluate
the length of
runway based on H M M
different design
parameters.
Ability to examine
and recommend
principles for
protection, H M M
management, and
monitoring
watersheds.
Ability to explain
measure, monitor,
and assess
M H M M
watershed health in
other regional
streams.
Ability to
demonstrate and
Water Shed develop suitable M H M
GR11A4129
Management restoration work
plans.
Ability to illustrate
broad-based
theories and
applications in the
watershed M M
management field to
solve problems and
address issues in the
profession.
Ability to evaluate
the sediment
delivery risk level M H M
for erosion problem
areas.

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Ability to explain
the physical and
M M M
biological processes
of watersheds.
Ability to discuss
different types of
M M H M M M
the management
systems.
Ability to identify
elements of
community and
environment likely M H M M H
to be affected by the
proposed
developments.
Ability to identify
the negative impacts
and propose the
provision of M H M M M
infrastructure or
mitigation
measures.
Ability to develop
current EIA
M H M
methods and the
techniques.
Environment
Ability to develop
GR11A4039 al Impact
current assessment
Assessment
methods,
M M H M
environmental
monitoring systems
and legislation.
Ability to assess
process of
environmental
M M H H
impact modelling
and prediction as a
design tool.
Ability to interact
with experts of
M M H
other fields to
assess the impact.
Ability to present
EIA report in a way
H M M M
understandable by
everyone.
Management Ability to impart
GR11A3068 M M M M H
Science Knowledge on

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Management its
functions, styles
importance and
various theories of
Taylor, Maslow,
McGregor and
Hertzberg.
Ability to explain
the concept of
Departmentation,
Decentralization,
Organizational
M M M M H
Structure like Line,
Staff, Committee,
Matrix, Lean, Flat
their merits and
demerits.
Ability to define
and describe various
plant layouts,
methods of
Production, method M H M M H
study & work
measurement with
X chart, R chart, C
chart etc.
Ability to describe
and explain the
significance of
Inventory control,
M M M M H
SCM, Marketing
and its mix and
channels of
Distribution.
Ability to describe
concept of HRM,
functions of HR
manager,
Recruitment,
Selection, Training, M M M H
Placement, Salary
administration,
Appraisal and
Grievance
Handling.
Ability to perform
project management M M M M H
and its techniques

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like PERT,CPM,
critical path and
project crashing
Ability to explain
the importance of
strategic
management,
corporate planning,
SWOT Analysis
and concepts like M M H
JIT, TQM, Six
Sigma, CMM, ERP,
BPO, Kaizen,
Benchmarking and
Balanced Score
Card.
Ability to illustrate
highway design
methods, constraints M H M
and controlling
factors.
Ability to use road
software tools for
the design and H M M M
maintenance of
pavements.
Ability to apply the
design standards in
designing principal H H M M
elements of the
highway.
Pavement
Ability to collect
GR11A4082 Analysis &
necessary
Design
information like
volume and axle M H M
load data to design
flexible and rigid
pavements.
Ability to predict
the resource
constraints and
allows to utilize the H M M M
available materials
in a sustainable
way.
Ability to examine
the basic parameter M M H
of traffic

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engineering and the

methods which
helps to estimate
those parameters.
Ability to recognize
the major failure
modes of flexible
and rigid pavement H M M
and helps in
maintaining them
properly.
Ability to analyze
and design the
various types of M H M M M
Beams for the
different loads.
Ability to analyze
and design a 2D
M H M M M
frame of Multi-
Storied Building.
Ability to analyze
and design a 3D
M H M M M
frame of Multi-
Storied Building.
GR11A4116 STAAD Lab Ability to analyze
and design a RCC M M H M M
Over Head tank
Ability to analyze
and design the
M M H M M
different types of
Steel Trusses
Ability to analyze
and design a Steel
M M H M M
Tower with arms on
both sides
Ability to analyze
and design a Steel M M H M M
Deck Bridge
Ability to prepare a
M M M H
technical report.
Ability to
demonstrate the H M M M
fundamentals.
GR11A4110 Seminar
Ability to develop
H M M
technical skills.
Ability to prepare
for technical M M H
presentation in the

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conferences.
Ability to develop
presentation skills
including M M H
preparation of audio
visual aids.
Ability to find
public speaking
M M H
skills and listening
comprehension.
Ability to assess
knowledge in the
H M M M
subject and the
project.
Ability to practice
H M M
technically.
Ability to integrate
technical question
H M M
through all the years
of study.
Comprehensi
GR11A4018 Ability to express
ve Viva M M H
and communicate.
Ability to evaluate
technical H M M
confidence.
Ability to improve
M H
communication.
Ability to validate
the knowledge
M H M
gained through
years of study.
Ability to interpret
ideas and thoughts
M H H M
into practice in a
project.
Ability to analyze
the gap between
theoretical and M H M M
practical
GR11A4097 Project Work knowledge.
Ability to compose
technical
M M M H
presentation in the
conference.
Ability to develop
organizational skills M M H M
and team work.
Ability to debate for M M H H

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technical
discussions.
Ability to prepare
for publishing H H H M M M H
papers in journals.
Ability to propose
for the patent rights M M M
for the projects.

M: Medium H: High

2.2.2 Explain how modes of delivery of courses help in attainment of the POs (10)
(Describe the different course delivery methods/modes (e.g. lecture interspersed with discussion,
asynchronous mode of interaction, group discussion, project etc.) used to deliver the courses and
justify the effectiveness of these methods for the attainment of the POs. This may be further
justified using the indirect assessment methods such as course-end surveys.)

Different delivery methods are employed with individuals and groups. Some implementation
techniques, however, are common to most programmes. They include the following:
Lectures / Presentation: These are the effective ways of achieving educational objectives
and outcomes synchronously. The course objectives and outcomes could not be better
achieved without these. Lectures are the best ways to get facts, make students think and get
better in their attitudes. These make sure that the basic concept of the course is covered
which improves the ability to design, formulate and solve the problems. Modes of delivery of
lectures are PPT presentations and OHP presentations.
Guest Lectures / Expert Lectures: The invitation of guest speakers from various eminent
institutes and industries helps the students and faculty to understand the current trends in
various courses which leads to attainment of PO’s. External resource persons also add value
to the program, and help students to realize the link between education and the world outside
along with professional responsibilities.
Seminars / Workshops: Department organizes seminars and workshops in topics of current
relevance and interest to both students and faculty. These serve as a platform for sharing
knowledge / expertise in advanced areas which results in collaborative attempt for further
enhancement of the skills, techniques and modern engineering tools necessary for their
engineering practice.
Project Work: Mini and Main Project works in the curriculum gives practical and analytical
exposures to students. They can learn and apply subject knowledge while implementing
project. This will empower them to work in teams, learn how to gather data and
systematically arrange it in an understandable form.
Road shows: Road shows are organized for display of project works for peers / expert’s
evaluation and source of inspiration and information for others.
Mentoring and Counseling: Mentoring concepts are integral part of the curriculum. All
faculty members play an important role in counseling and motivating the students which
helps in augmenting the program. It prepares students adequately for contemporary issues.

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Educational / Industrial Tours: Another delivery strategy includes visits and educational/
Industrial tours. Resource centers, work places and others place of interest, help to explore all
opportunities that have an impact on students. It allows students to think and make realistic
decisions. This has proved successful in career exploration, decision making and molding
them as life- long learners.
Certification Courses: With technology advancing at a rapid pace, opportunities for
advanced applications of software are limitless. Certification courses will update the student
skills and broaden their knowledge in the course which enhances their employability.
Research projects: Encourage students to carry out small research projects on their
own empowering them to know how to gather data and systematically arrange it in an
understandable form. Involving students in research and consultancy projects handled by
faculty members help the students in getting exposure to real time field problems.
E-Resources: Faculty provides course information and peripheral knowledge on the web so
that students can asynchronously accept the same. Students are motivated to access the online
video lectures and course material of reputed institutes.

Attainment of POs using different delivery methods

Programme Outcomes
Delivery Methods
a B c d e f g h i j k l

Lectures/Presentation X X X X
Guest Lecturers/Expert
X X X
Lecturers
Seminars/Workshops X X X

Project Work X X X X X

Road Shows X X X

Mentoring and Counseling X X X

Educational/Industrial Tours X X X
Certification Courses X X X
Research Projects X X
e-Resources X X X X X

2.2.3. Indicate how assessment tools used to assess the impact of delivery of course/course
content contribute towards the attainment of course outcomes/programme outcomes
(10)
(Describe different types of course assessment and evaluation methods (both direct and
indirect) in practice and their relevance towards the attainment of POs. )

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Course assessment is done through internal and external exams and indirectly through
student feedback and student end of year survey. Performance of the student in the
examinations, seminars, projects etc indicates the level of attainment of knowledge and
POs

Assessment Tools
Delivery Methods Student feedback Student end of year survey

Lectures/Presentation Satisfactory Satisfactory

Guest Lecturers/Expert
Satisfactory Satisfactory
Lecturers
Seminars/Workshops Satisfactory Satisfactory

Project Work Satisfactory Satisfactory

Road Shows Satisfactory Satisfactory

Mentoring and Counseling Satisfactory Satisfactory

Educational/Industrial
Satisfactory Satisfactory
Tours
Certification Courses Satisfactory Satisfactory

Research Projects Satisfactory Satisfactory

e-Resources Satisfactory Satisfactory

Satisfactory - in point scale of 5; 3 and above is satisfactory

2.2.4. Indicate the

extent to which the laboratory and project course work are contributing towards
the attainment of the POs (10)

(Justify the balance between theory and practical for the attainment of the POs. Justify
how the various project works (a sample of 20% best and average projects from total
projects) carried as part of the programme curriculum contribute towards the attainment
of the POs.

All labs in the Programme are designed as per the curriculum requirements as well as to
attain Programme Educational Objectives (PEOs) with the help of Program Outcomes
(POs).

Association between courses and laboratories

Course Associated Laboratory

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GR14A1011-Computer Programming and GR14A1028:Computer Programming & Data

Data Structures Structures Lab

GR14A1006- Physics for Engineers

GR14A1029:Engineering Physics Lab

Basic Engineering Subjects GR14A1025:Engineering Workshop

GR14A1026:IT Workshop
GR14A1008-Engineering Chemistry GR14A1030: Engineering Chemistry Lab
GR14A1005-English GR14A1024: Business Communication and
soft skills
GR11A2073: Advance English
Communication skills
GR11A2003:Fluid Mechanics
GR11A2007:Fluid Mechanics Lab
GR11A2009:Hydraulics and Hydraulic GR11A2013:Hydraulics and Hydraulic
Machinery Machines Lab
GR11A2005: Surveying GR11A2008: Surveying Lab – I
GR11A2015: Surveying Lab - II
GR11A2001: Building Materials, GR11A2006:Computer aided drafting of
construction & planning building Lab

GR11A2004: Strength of Materials I

GR11A2014: Strength of Materials lab
GR11A2011: Strength of Materials II

GR11A3029: Concrete Technology GR11A3030: Concrete Technology Lab

GR11A3055: Geotechnical Engineering GR11A3056: Geotechnical Engineering Lab
GR11A3048: Engineering Geology
GR11A3049: Engineering Geology Lab

GR11A3050: Environmental Engineering GR11A3051: Environmental Engineering Lab

GR11A4100: Remote sensing and GIS GR11A4101: Remote sensing and GIS Lab
GR11A3093: Transportation Engineering GR11A4050: Highway materials Lab
GR11A2012: Structural Analysis GR11A4116: STAAD Lab

Description of Laboratories
Computer programming and data structures lab is exclusively used, with an area of 160
Sq.m, and it accommodates 65 students and sufficient exercises are conducted. It is equipped
with computers, printers and software. Qualified faculty, staff with good condition of
computer lab equipment has created an ambience for learning. In this lab students learn
programming with C language and data structure through number of laboratory experiments.
Find Fibonacci series, find prime numbers, find sum/multiplication, sorting, roots of

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quadratic equation, tower of Hanoi etc. In this lab students learn how to use various tools for
engineering applications.

Engineering physics lab is exclusively used, with an area of 120 Sq.mt, and it
accommodates 36 students and sufficient exercises are conducted. It is equipped with
computers, equipments, meters and required software. Qualified faculty, staff with good
condition of lab equipment has created an ambience for learning. In this lab student learn
how to measure values with multi meter, measure voltage, current and frequency using CRO,
experiment on B-H curve, dielectric constant, energy gap in semiconductors, about magnetic
field, Hall voltage, carrier concentration and carrier mobilation in semiconductors, optical
fibers and laser diodes. In this lab student learns design, mathematical modeling and complex
analysis of various physical components.

Engineering workshop is exclusively used, with an area of 200 Sq.mt, and it accommodates
65 students and sufficient exercises are conducted. It is equipped with equipment’s and tools.
Qualified faculty, staff with good condition of lab equipment has created an ambience for
learning. In this workshop student learns carpentry, fitting, tin-smithy, electrical wiring,
foundry, welding, plumbing and about power tools. In this workshop students learn how to
use various tools for engineering applications.

IT workshop is exclusively used, with an area of 66 Sq.mt, and it accommodates 36

students and sufficient exercises are conducted. It is equipped with computer components,
peripherals, equipments and tools. Qualified faculty, staff with good condition of lab
equipment has created an ambience for learning. In this workshop student learns pc
hardware, hardware trouble shooting and software trouble shooting, world wide web surfing,
booting, search engines, latex, word, excel and conversions. In this workshop students learn
how to use computer for various applications in engineering course.

Engineering chemistry lab is exclusively used, with an area of 226 Sq.mt, and it
accommodates 36 students and sufficient exercises are conducted. It is equipped with
Computers, equipments, meters and required software. Qualified faculty, staff with good
condition of lab equipment has created an ambience for learning. In this lab student learn
how to measure values with volumetric analysis, mineral analysis, colorimetry, instrumental
analysis and organic preparations. In this lab student learns design, mathematical modeling
and complex analysis of various chemical components.
English language and communication lab is exclusively used, with an area of 67 Sq.mt,
and it accommodates 36 students and sufficient exercises are conducted. It is equipped with
Computers, audio, video aids, required software. Qualified faculty, staff with good condition
of lab equipment has created an ambience for learning. In this lab student leans about
communication, interpersonal, soft personnel skills, Interview skills, body language,
etiquettes, oral, written skills and phonetics.

Fluid Mechanics and Hydraulic Machinery lab is exclusively used, with an area of 400
Sq.mt, and it accommodates 36 students and sufficient exercises are conducted. Equipment
like impact jet apparatus, Venturimeter, orifice notches, Bernoulli’s equipment, pipe flow

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analysis apparatus have been installed for studying flow velocities. Reciprocating and
centrifugal pumps are installed to study their performance and characteristics. Pelton turbine
and Francis turbine, Kaplan turbine are installed for studying the various operational
characteristics like efficiency, run away speeds. The exercises will be very useful for
performance analysis of critical equipment like hydel power plants, turbines and pumps.

Surveying lab is exclusively used, with an area of 106 Sq.mt, and it accommodates 36
students and sufficient exercises are conducted. Surveying lab is provided with all the
equipment required for conducting land survey from basic chain survey to Total Station.
Students will practice use of leveling instruments, compass, Theodolite, plane table,
Tacheometer, Total Station etc. They will gain experience in taking field measurements and
overcoming the obstacles in taking the measurements. Students learn presentation,
interpolation and use of data collected in surveying.

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Strength of Materials lab is exclusively used, with an area of 282 Sq.mt, and it
accommodates 36 students and sufficient exercises are conducted. Material properties such
as, tensile strength, hardness, impact strength, shear strength etc are experimentally measured
using 200-tonne compression test, torsion, impact, Brinell and Rockwell Hardness testing
machines. A 100 & 40- tonne capacity universal testing machine with necessary software for
interfacing computer has been installed to study the details for checking mechanical
properties of the materials. The experiments will be very useful for material characterization
which is essential for design and construction of structures. The students gain knowledge for
determination of mechanical properties of materials and failure analysis.

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Engineering Geology lab is exclusively used, with an area of 113 Sq.mt, and it
accommodates 36 students and sufficient exercises are conducted. The lab has more than 200
specimens/sample minerals for the study of their physical properties. Also, more than 200
specimens of rocks are available for the study of their structures and textures. A microscope
is available to study internal properties of the minerals.

Geotechnical Engineering lab is exclusively used, with an area of 282 Sq.mt. It

accommodates 36 students and sufficient exercises are conducted. In this lab student will
gain knowledge about testing various basic and engineering properties of soils. The lab is

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equipped to test the soils for their basic properties like consistency limits, field and lab
density, grain size analysis etc. Also engineering properties like permeability, consolidation,
shear strength, unconfined compression, Tri-axial test, CBR, etc can also be tested which is
essential to understand and to analyse the behavior of soils.

Highway Materials lab is equipped with all the equipment necessary for testing the quality
of highway materials like aggregate, bitumen etc. It can accommodate 36 students with an
area of 114 Sq.mt. Students will gain experience in testing the properties of materials like,
resistance to abrasion, resistance against impact, ductility etc and assessing the suitability of
materials.

Environmental Engineering lab is exclusively used, with an area of 114 Sq.mt, and it
accommodates 36 students and sufficient exercises are conducted. In this lab student will
gain knowledge of testing quality of water and wastewater. The lab is equipped with latest
digital electronic equipment which directly give the concentration of certain parameters and
glassware and chemicals necessary for manual assessment. A weather monitoring station is
also available for the students.

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Concrete Technology lab is exclusively used, with an area of 167.7 Sq.mt, and it
accommodates 36 students and sufficient exercises are conducted. Lab has all the equipment
necessary for testing the materials of concrete, freshly prepared concrete and hardened
concrete. Students get the knowledge of testing of cement, sand and coarse aggregate. They
also experience the testing of qualities of fresh concrete like workability, compaction factor
etc. They also get exposed to test the properties of hardened concrete such as Compressive
strength, tensile strength etc. Lab is equipped with 200tonne capacity compression testing
machine, pan mixer, tilting drum mixer, Vee bee consistometer etc. The lab is equipped with
Non-destructive testing equipment such as ultrasonic pulse velocity tester and Schmidt’s
hammer.

Computer lab is exclusively used, with 68 desktops loaded with ubuntu and 30 laptops
loaded with Windows. The lab is established in an area of 226 Sq.mt. Students can practice
drafting packages (CAD), structural analysis software (STAAD) and GIS software (QGIS).
They will gain knowledge of finite element methods, optimization and other design software.
They will have complete understanding of Computer graphics, computer aided geometry
design, optimization, finite element method, structural analysis & Auto CAD. The
knowledge of engineering software will be useful for design, modeling of engineering
structures. The knowledge gained by using various types of software will enable the students
to give best engineering solutions for any problem-solving situation.

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Laboratory tasks towards the attainment of Programme Outcomes

Laboratory tasks Type Programme

Outcomes
GR14A1024: Business Communication and soft skills
Introduction to the sounds of English - Vowels, Demonstration i, j, f
Diphthongs & Consonants
Situational Dialogues/Role-play Demonstration i, j, f
‘Just A Minute’ Sessions (JAM) Demonstration i, j, f
Describing Objects/Situations/People Demonstration i, j, f
Information Transfer Demonstration i, j, f
Debate Demonstration i, j, f
Telephone Skills Demonstration i, j, f
Giving Directions Demonstration i, j, f
GR14A1026: IT Workshop
PC Hardware Demonstration c, l
Internet & World Wide Web Demonstration c, e
Productivity tools Demonstration b, c, e
Hardware Troubleshooting Demonstration c, l
Software Troubleshooting Demonstration c ,e
Orientation & Connectivity Boot Camp Demonstration c, e
Web Browsers, Surfing the Web Demonstration c, l
Search Engines & Netiquette Demonstration b, e, l
Cyber Hygiene Demonstration c, e
Productivity Tools Demonstration c, l
GR14A1030: Engineering Chemistry Lab
Conductometry Demonstration a, b, f

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Potentiometry Demonstration a, b, f
Lubricants Demonstration a, b, f
Organic preparations Demonstration a, b, f
Complexometry Demonstration a, b, f
Permanganometry Demonstration a, b, f
GR14A1025: Engineering Workshop
Carpentry Engineering Practice f, h, k
Fitting Engineering Practice f, h, k
Tin-Smithy and Development of jobs carried Engineering Practice f, h, k
out and soldering.
House-Wiring Engineering Practice f, h, k
Black Smithy Engineering Practice f, h, k
Foundry Engineering Practice f, h, k
Welding Engineering Practice f, h, k
Plumbing Engineering Practice f, h, k
Power tools Demonstration f, h, k
GR14A1029: Engineering Physics Lab
Measurements using multimeter. Demonstration a, e
Measurement of voltage and Frequency using Demonstration a, c
CRO.
B-H curve. Problem Analysis c
Determination of Dielectric constant. Problem Analysis a
Energy gap of a semi-conductor Problem Analysis a, c
Study of magnetic field along the axis of a Problem Analysis c
circular coil.
Study of Hall Voltage Problem Analysis a, c, l
Determination of carrier concentration and Problem Analysis a, c, e
carrier mobility of a semiconductor.
Numerical Aperture of optical fiber. Problem Analysis c, e
Bending losses in optical fiber. Problem Analysis a
Air gap losses in optical fiber Problem Analysis a, c
Characteristics of LASER diode Problem Analysis a
GR14A1028: Computer Programming and data structures Lab
Write a C program to find the sum of individual Problem Analysis b, c, e, l
digits of a positive integer.
Fibonacci Sequence Problem Analysis b, c, e, l
Write a C program to generate all the prime Problem Analysis b, c, e, l
numbers between 1 and n, where n is a value
supplied by the user.
Write a C program to calculate the following Problem Analysis b, c, e, l
Sum: Sum=1-x2/2!+x4/4!-x6/6!+x8/8!-x10/10!
Write a C program to find the roots of a Problem Analysis b, c, e, l
quadratic equation using if-else.
Write a C programs that use both recursive and Problem Analysis b, c, e, l
non-recursive functions
To find the factorial of a given integer. Problem Analysis b, c, e, l
To find the GCD (greatest common divisor) of Problem Analysis b, c, e, l

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two given integers.

Write a C program to read in two numbers, x Problem Analysis b, c, e, l
and n, and then compute the sum of this
geometric progression:
1+x+x2+x3+………….+xn
Write a C Program merging of two files in a Problem Analysis b, c, e, l
single file
Write a C program to reverse the first n Problem Analysis b, c, e, l
characters in a file.
Write a C Program to Sort a given list of Problem Analysis b, c, e, l
integers using Bubble Sort Technique.
Write a C Program to Sort a given list of Problem Analysis b, c, e, l
integers using Merge Sort Technique
Write a C Program to Sort a given list of Problem Analysis b, c, e, l
integers using Quick Sort Technique
GR11A2007:Fluid Mechanics Lab
Find the coefficient of discharges using Demonstration
different devices (Venturimeter, Orifice meter, b, d
Notches and Weirs)
Proving the Bernoulli’s Theorem using Demonstration
b, c
Bernoulli’s equipment
Find the Minor Losses using minor loss Demonstration
Equipment ( Sudden Enlargement and Sudden c, d
Contraction)
Measurement of Friction Coefficient using Demonstration
c, d
Friction Equipment ( Major loss equipment)
GR11A2008: Surveying Lab – I
Introduction to different survey instruments Demonstration c, d, h, l
Chain Surveying (Open and Closed Traverse) Problem Analysis a, b, c, d
Chaining Across Obstacles Problem Analysis a, b, d
Survey of an area by compass and tape Demonstration and a, b, c, d
Problem Analysis
Distance between two inaccessible points using Problem Analysis a, b, c, d
Compass
Plane Table Surveying (Radiation, Traversing Demonstration and a, b, c, d
and Intersection) Problem Analysis
Two Point and three point problems in plane Problem Analysis a, b, c, d
table surveying
Simple, fly, differential Levelling Problem Analysis a, b, c, d, i
Exercise of L.S and C.S and Plotting Design and Analysis a, b, c, d, i
Two exercises on Contouring Design and Analysis a, b, c, d, i
GR11A2006: Computer Aided Drafting of Building Lab
Basics of Different CAD Tools Demonstration b, d
CAD Software’s Demonstration b, d
Drawing of basic Geometric Elements with Problem Analysis,
b, d, k
Scale Design
Drawing of Building Components with Scale Problem Analysis, b, e, k

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Design
Drawing of Multi Storied Building plan, Problem Analysis,
b, d, k
Section, Elevation. Design
GR11A2014: Strength of Materials Lab
The effect of tension in mild steel bars under Problem Analysis c, j
loading and strength
analysis
Resistance of various materials using hardness Problem Analysis c, j
test. and strength
analysis
Evaluate the modulus of rigidity in springs Problem Analysis d, j
using spring test and strength
analysis
Evaluate compressive stress of concrete ,wood Problem Analysis c, d
etc. and strength
analysis
Evaluation of the toughness and shear strength Problem Analysis c, d, j
properties of material and strength
analysis
Flexural strength of wood , steel and deflection Problem Analysis c, j
of beam under loading and strength
analysis
Twisting property of material and identify the Problem Analysis c, d
shear strength. and strength
analysis
GR11A2013: Hydraulics and Hydraulic Machinery Lab
Find the coefficient of impacts using the Impact
Demonstration b, d
of Jet on Vanes
Find the Efficiency of pumps (Centrifugal
Demonstration b, c
Pump and Reciprocating Pump)
Find the Performance characteristics and
maximum efficiency of Turbines (Kaplan Demonstration b, c
Turbine and Francis Turbine)
Find the performance of Pelton Wheel turbine Demonstration b, d
GR11A2015: Surveying Lab – II
Study of Theodolite Demonstration b, e, h
Measurement of Horizontal and vertical angles Problem Analysis b, h
(Repetition and Reiteration)
Trigonometric levelling- Heights and distances Problem Analysis e, h
problems
Heights and distance using Tacheometry Demonstration and b, e
Problem Analysis
Curve setting by any two methods Design and Analysis b, e, h
Introduction to Total Station and operational Demonstration e, h
procedure
Determine the area of traverse using total Design and Analysis b, e
station

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Column and foundation marking using Total Design and Analysis b, e, h

Station
Distance, gradient, differential height between Problem Analysis b, e
two inaccessible points using Total Station
GR11A3030: Concrete Technology Lab
Testing the material properties used in
Analysis b, c
Concrete
Testing Compressive and Tensile Strengths of
Strength Analysis b, c, g
the Hardened Concrete
Finding out the water requirement for the
Design and Analysis b, g
Cement, Sand and Fresh Concrete to work easy.
GR11A3056: Geotechnical Engineering Lab
Evaluate field density for different types of soils
Demonstration and a, d, i
analysis
Evaluate classification of soils Demonstration and a, b, i
analysis
Evaluate consistency Limits Demonstration and b, d, i
analysis
Evaluate permeability of soils Demonstration and a, d, i
analysis
Evaluate degree of compaction Demonstration and a, d
analysis
Evaluate shear strength of soils Demonstration and b, d, i
analysis
Evaluate the rate of settlement due to primary Demonstration and a, b, d
Consolidation analysis
Evaluate load penetration test values of Demonstration and a, d
subgrade for pavements analysis
GR11A3049: Engineering Geology Lab
Identify various minerals and their properties. Demonstration d, f
Identify various rocks and their properties. Demonstration e, f
Interpret various maps of geological structures Demonstration and d, f, g
like faults, folds, beds and unconformities. Problem Analysis
Resolve some simple problems related to Problem Analysis e, g
structural geology.
GR11A3051: Environmental Engineering Lab
Measure physical properties of surface and
Demonstration d, l
subsurface water.
Measure chemical properties of surface and
subsurface water. Demonstration
c, d, l
Measure biological properties of surface and
Demonstration
subsurface water. d, g, l
GR11A4059: Irrigation Design & Drawing
Design and Draw Surplus Weir Design, Analysis & f, g
Drawing
Design and Draw Syphon Well Drop Design, Analysis & c, f

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Drawing
Design and Draw Trapezoidal Notch Fall Design, Analysis & c, g
Drawing
Design and Draw Tank sluice with tower head Design, Analysis & c, e, f
Drawing
Design Sloping Glacis Weir Design and Analysis c, g
Design Canal Regulator Design and Analysis c, e
Design Under Tunnel Design and Analysis c, e, f
Design Type III Syphon Aqueduct Design and Analysis c, g
GR11A4050: Highway Materials Lab
To find out the strength of aggregate Demonstration and
c, d
analysis
To find out consistency of bitumen Demonstration and
c, d
analysis
To find shape of aggregate suitable for highway Demonstration and
c, d, l
construction analysis
To find out softening point , fire and flash point Demonstration c, d, l
GR11A4101: Remote Sensing & GIS Lab
Georeference of GIS Maps. Demonstration d, e, f
Digitization of GIS Maps. Demonstration d, f
Road network mapping in GIS Maps. Demonstration f, k
GR11A4116: STAAD Lab
Design the various types of Beams for the
Analysis and Design d, e, l
different loads.
Design a 2D frame of Multi-Storied Building. Analysis and Design e, l
Design a 3D frame of Multi-Storied Building. Analysis and Design d, e, l
Design a RCC Over Head tank Analysis and Design d, e, l
Design the different types of Steel Trusses Analysis and Design d, e, l
Design a Steel Tower with arms on both sides Analysis and Design d, e, l
Design a Steel Deck Bridge Analysis and Design d, e, l

Mapping of Laboratories with Programme Outcomes

Program Outcomes
Lab
a b c d e f g h i j k L
Business
Communication and soft x x x
skills
IT Workshop x x x x
Engineering Chemistry
x x x
Lab
Engineering Workshop x x x
Engineering Physics
x x x
Lab
Computer Programming
x x x
and data structures Lab

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Fluid Mechanics Lab x x x

Surveying Lab - I x x x x
Computer Aided
Drafting of Building x x x x
Lab
Strength of Materials
x x X
Lab
Hydraulics and
Hydraulic Machinery x x x
Lab
Surveying Lab – II x x x
Concrete Technology
x x x
Lab
Geotechnical
x x x x
Engineering Lab
Advanced English
Communication skills x x x
Lab
Engineering Geology
x x x x
Lab
Environmental
x x x x
Engineering Lab
Irrigation Design &
x x x x
Drawing

Highway Materials Lab x x x

Remote Sensing & GIS

x x x x
Lab
STAAD Lab x x x

Project work towards the attainment of Programme Outcomes

Project Title Type PO

Design and analysis of shear walls using Design c, d, e

STAAD PRO.
Water use efficiency studies and their Study b, c, f, g
improvement systems of Nagarjuna
Sagar dam.
Utilisation of different types of Innovation c, d, f
manufactured sand as fine aggregate in experimentation
cement mortar.

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Design and analysis of multi storey Design c, d, e

building using STAAD PRO.
Effect of water cement ratio on Experimentation & b, c, f
mechanical properties of self analysis
Compacting concrete (M70 grade) with
GGBS and micro silica as Filler
material.
Comparative study on properties of Experimentation & c, f
fibercrete and ecocrete with analysis
conventional concrete.
An experimental study on soil Experimentation & b, c, g
stabilization of clayey soils using analysis
copper slag.
Layout & estimation of water supply Design b, c, f
pipe line HMWS (Nizampet) to GRIET
campus.
Estimation and costing of two storeyed Design b, c, f
residential building.
Studies on manufactured sand and Experimentation & b, c, d, f, g
granulated blast Furnace slag as analysis
substitute for fine aggregate in concrete.
Studies on artificial recharge of ground Experimentation & c, f, g
water in the campus of GRIET. analysis
Cost effective construction techniques Design and analysis c, d, f
and housing.
Study of Geopolymer concrete. Experimentation and b, c, g
analysis
Manual analysis and design of Design and analysis b, c
multistoreyed office building.
Study of mix design of self compacting Design, experimentation b, c
concrete with OPC. and analysis
The effect of water cement ratio on Design, experimentation b, c
workability and mechanical properties and analysis
of high strength self-compacting
concrete (M70 grade) with fly ash and
micro silica as filler material/
comparison on estimation, costing and
maintenance of traditional building and
green building.
Study on compressive strength and Experimentation and a, c
workability of no fines concrete. analysis
Study on compressive strength of Design and prototype a, b, g
concrete after replacing natural coarse
aggregate with recycled concrete
aggregates.

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Preparation of land use and land cover Modeling and analysis b, c, d, e

map by using GIS.
Comparative study on strength Experimentation and b, c, d
characteristics of soil stabilized analysis
pavement by using geogrids.

2.3 Evaluation of the attainment of the Programme Outcomes (125)

2.3.1 Describe assessment tools and processes used for assessing the attainment of each
PO (25)

Describe the assessment process that periodically documents and demonstrates the degree to
which the Programme Outcomes are attained.

1. Undergraduate programme is for a duration of four years. The courses are distributed
taking care that some courses form prerequisite for the advanced courses and also
adequate exposure is given before activities like mini project and main project are
attempted.
2. Each semester has a planned assessment mechanism which includes continuous
assessment and end semester examinations held. Mid examinations are conducted as part
of summative assessments. Surveys are used as indirect methods periodically during the
course and also at the end of the course and beyond the course duration when the
graduate becomes an alumnus and an employee or an entrepreneur.
3. Assessment of achievement of PO involves both direct and indirect methods depending
on type of outcome. The details of the assessment tools and periodicity of evaluation are
listed below.

S.NO Method Assessment Tool Description

1 Mid examination Objective & Subjective written exams
2 End examination Objective & Subjective written exams
Assignment /
3 Unit wise assignments / tutorials
tutorials
4 Direct Viva Course / Lab wise viva, Comprehensive viva
Individual Seminars, Group seminars,
5 Seminars
rubrics
6 Lab Exams Internal and External Lab exams
7 Projects Mini & Major projects evaluation
8 Student Survey End of each academic year
9 Student Exit Survey Passing out students
Indirect
10 Alumni Survey Old batches of the students
11 Employer Survey Industries which recruits

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1. Exams and assignments: The results and the subsequent grade of pass in that course is
based on end semester exam results and continuous assessments. Individual breakup is as
follows.

As per GR14 regulations:

S. No Component of Marks Type of Scheme of examination
assessment allotted assessment

1 Theory 30 Internal Two mid semester examinations

exams and shall be conducted for 20 marks
continuous each for duration of 2 hrs. Average
evaluation of two mid exams shall be
considered
Subjective – 15marks
Objective – 5 marks
Tutorials/Assignments – 5 marks
Attendance – 5 marks
70 Semester The semester end examination is
end for a duration of 3 hours.
examination
2 Practical 25 Internal Lab internal – 10 marks
exams and Record – 5 marks
continuous Continuous assessment – 5 marks
evaluation Attendance – 5 marks
50 Semester The semester end examination is
end for a duration of 3 hours.
examination
3 Industry 25 Internal Continuous assessment – 5 Marks
oriented mini exams and Report – 5 marks
project continuous Attendance – 5 marks
evaluation Road show, evaluation by
committee – 10 marks
50 Semester Project presentation before
end committee consisting external
examination examiner – 50 marks
4 Major project 50 Internal Continuous assessment – 15 Marks
exams and Report – 5 marks
continuous Attendance – 5 marks
evaluation Road show, evaluation by
committee – 25 marks
150 Semester Project presentation before
end committee consisting external
examination examiner – 150 marks
5 Comprehensive 100 Evaluation Overall understanding of all
viva committee subjects by committee -100

6 Seminar 50 Evaluation Efforts in collecting data and way

of presentation in the form of report

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committee and oral is assessed by the

committee – 50

As per GR11 regulations

S. No Component of Marks Type of Scheme of examination

assessment allotted assessment

1 Theory 25 Internal Two mid semester examinations

exams and shall be conducted for 25 marks
continuous each for duration of 110 minutes.
evaluation Best of two mid exams shall be
considered
Subjective – 15marks
Objective – 10 marks
75 Semester The semester end examination is
end for a duration of 3 hours.
examination
2 Practical 25 Internal Lab internal – 10 marks
exams and Continuous assessment – 15 marks
continuous
evaluation
50 Semester The semester end examination is
end for a duration of 3 hours.
examination
3 Industry 25 Internal Continuous assessment – 15 Marks
oriented mini exams and Road show, evaluation by
project continuous committee – 10 marks
evaluation
50 Semester Project presentation before
end committee consisting external
examination examiner – 50 marks
4 Major project 50 Internal Continuous assessment – 25 Marks
exams and Road show, evaluation by
continuous committee – 25 marks
evaluation
150 Semester Project presentation before
end committee consisting external
examination examiner – 150 marks
5 Comprehensive 100 Evaluation Overall understanding of all
viva committee subjects assessed by committee -
100
6 Seminar 50 Evaluation Efforts in collecting data and way
committee of presentation in the form of report
and oral is assessed by committee –
50

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Include information on (50):

a) Listing and description of the assessment processes used to gather the data upon which
the evaluation of each the programme outcome is based. Examples of data collection
processes may include, but are not limited to, specific exam questions, student portfolios,
internally developed assessment exams, project presentations, nationally-normed exams,
oral exams, focus groups, industrial advisory committee;

Assessment of Programme Outcomes by both direct and indirect methods

1. Indicators are assigned for each PO for the degree of attainment of PO depending on type
of assessment method.
2. Documentation is maintained at department or institution level depending on assessment
method.
3. The above data is evaluated by programme assessment committee to assess the degree of
attainment of the POs and suggest suitable remedial measures if needed.
4. The following assessment processes are used for achievement of the Programme
Outcomes
Indirect assessment of attainment of POs is done through surveys. Opinions of the stake
holders are collected through these surveys. Opinions of Alumni, employers, parents and
students are collected at regular intervals. The questionnaire of the surveys are designed
to address the attainment of POs. Student surveys are conducted at the end of each
academic year. End of course survey is conducted with outgoing students at the end of
their course. Alumni, employer and parent surveys are conducted once every year.
Mapping of POs to questions of the mid examinations is also taken into account in
assessing the attainment of POs.

CE Program Outcome Assessment Evidence Source or Tool

a: Ability to apply knowledge of mathematics,
Results of Mathematics, Physics and Basics
science and fundamentals of Civil of Engineering, course outcome data, alumni
Engineering. and other surveys are analyzed.

b: Ability to analyse problem and interpret the

Student survey data and results are analyzed.
data.
Results and outcomes of courses like
c: Ability to design a system component, or
Structural analysis, Concrete Technology,
process to meet desired needs in Civil
Design of Reinforced structures etc. are
Engineering within realistic constraints.
analyzed.

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Results and outcomes of courses like

d: Ability to identify, formulate, analyse and
Environmental Engineering, Geotechnical
interpret data to solve Civil Engineering
Engineering, Finite Element Methods, etc.
problems.
are analyzed.
e: Ability to use modern engineering tools
Results of usage of modern tools and subject
such as CAD and GIS for the Civil
outcomes, surveys data are analyzed.
Engineering practice.
f: Ability to understand the impact of
Alumni survey data and student survey data
engineering solutions in a global, economic
results are analyzed.
and societal context.
Results and outcomes of courses like
g: Ability to understand the effect of Civil
Environmental Science, Water Resources
Engineering solutions on environment and to
System planning and Management,
demonstrate the need for sustainable
Environmental Impact Assessment etc. are
development.
analyzed.

h: Ability to understand professional and Data collected and analyzed from alumni
ethical responsibility. survey and employer survey.
i: Ability to work effectively as an individual
Mini project, Project Work, Lab work and its
or in a team and to function on multi-
outcomes and results are analyzed.
disciplinary context.
Results of the outcomes of courses like
j: Ability to communicate effectively with
English, English Lab and Seminars are
engineering community and society.
analyzed.

Results of the outcomes of courses like

k: Ability to demonstrate the management Management Science, Construction
principles in Civil Engineering projects. Technology and Project Management,
Project Work, etc. are analyzed.

l: Ability to recognize the need for and an Data collected and analyzed from alumni
ability to engage in life-long learning. survey and employer survey.

b) The frequency with which these assessment processes are carried out.
Frequency of the Assessment Processes

Assessment Documentation
Assessment Evaluation
Description and
Tool Cycle Cycle
Maintenance
Marks are
Internal Twice in a Twice in a
Mid Exams recorded in
Evaluation semester semester
department and

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examination cell.
Result Recorded,
External Once in a Once in a at examination
End Exams
Evaluation semester semester cell and
department
Before Every Twice in a Twice in a
Assignments Course Register
Mid Exam semester semester
Internal and
Lab record,
External Once in a Once in a
Lab Exams Examination
experimental semester semester
Cell
evaluation, Viva
General and Once in a Once in a
Seminars Course Register
Technical semester semester
Mini and Major
Once in four Once in four Examination
Projects project
years years Cell
evaluation
Internal /
Comprehensive Once in four Once in four Examination
External
viva years years Cell
evaluation
All Stake Recorded in
Surveys Once in a year Once in a year
Holders department

2.3.2 Indicate
results of Evaluation of each PO (100)

c) The expected
level of attainment for each of the program outcomes;
d) Summaries
of the results of the evaluation processes and an analysis illustrating the extent to which
each of the programme outcomes are attained;
e) How the
results are documented and maintained.
File Name
Sample Lab Course file
Sample Lab Course file
Surveys
Result Analysis

Step-by-step process for assessing Program Outcomes

Step 1: The Program coordinator along with the BoS and course coordinators analyses each
outcome into elements (different abilities specified in the outcome) along with the set of graduate
attributes for each element and the designed surveys to assess the outcome.
Step 2: For each outcome define performance indicators (Assessment criteria) and their targets.

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Step 3: Identify/select courses that address the outcome (each course contributes to at
least one of the outcomes). Hence, each outcome is assessed in several courses to ensure that
students acquire an appropriate level in terms of knowledge/skills/attitude.
Step 4: The course coordinators use the qualitative and quantitative data while assessing the
outcomes on a continuous basis.
Step 5: The Head of the Department analyze the collected data. If the assessed data meets the
performance targets which are specified in step 2, the outcome is attained. Otherwise, consider
step6.
Step 6: The Head of the Department reviews along with the Programme Coordinator and the
BoS to recommend content delivery methods/course outcomes/ curriculum improvements as
needed.
The expected level of attainment for each programme outcomes
a: Ability to apply knowledge of mathematics, science and fundamentals of Civil
Engineering.

Length of
Sources Target for
Method of Assessment
Courses for data the
Assessment Cycle/when the
collection performance
data is collected

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GR11A1001-
Mathematics – I

GR11A1010-
Mathematics – II

GR11A1018-
Mathematics – III

GR11A1011-
Engineering Chemistry
Internal/exter
GR11A1014- nal
Course
Engineering Chemistry Evaluation/ 3 years/
outcomes/ 70%
Lab Assignments/ End of the semester
Rubrics
/Lab
activities
GR11A1022-Physics
for Engineers

GR11A1007-
Engineering Physics
Lab

GR11A1021-
Engineering Mechanics

GR11A1003-Computer
Programming & Data
Structures

GR11A1006-Computer
Programming & Data
Structures Lab

GR11A1008- Course end

Engineering Workshop 3 years/
survey/
End of the semester
Graduate Survey
GR11A2010- 70 %
Survey/ reports
Probability and End of the
Alumni
Statistics programme
Survey

GR11A2004-Strength
of Materials – I

GR11A2014-Strength
of Materials Lab

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b: Ability to analyse problem and interpret the data.

Length of
Target
Sources for Assessment
Method of for the
Courses data Cycle/when
Assessment performa
collection the data is
nce
collected

GR11A1012- Engineering
Graphics

GR11A2011- Strength of
Materials II Lab activity
Internal/external 3 years/
data/
Evaluation/ End of the
GR11A2003- Fluid Mechanics Rubrics/ 70%
Assignments/ semester
Course
/Lab activities
GR11A2007- Fluid Mechanics outcome
Lab

GR11A2005- Surveying

GR11A2008- Surveying Lab-I

GR11A3055- Geotechnical
Engineering-I

GR11A3056- Geotechnical
Engineering Lab

GR11A2001-Building 3 years/
Course end
Materials & Construction End of the
survey/
Planning semester
Graduate Survey data 70%
Survey/ Alumni
GR11A3048- Engineering End of the
survey
Geology programme

GR11A3049- Engineering
Geology Lab

GR11A4018- Comprehensive
viva

c: Ability to design a system component, or process to meet desired needs in Civil

Engineering within realistic constraints.
Length of
Sources for Target for
Method of Assessment
Courses data the
Assessment Cycle/when
collection performance
the data is

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collected

GR11A2012-Structural
Analysis
GR11A2009-
Hydraulics and Lab activity
Hydraulic Machinery Internal/external data/
3 years/
GR11A2071- Evaluation/ End of the
Rubrics/ 65%
Hydraulics and Assignments/ semester
Course
Hydraulic Machinery /Lab activities
outcome
Lab
GR11A3002-Advanced
Structural Analysis
GR11A3029-Concrete
Technology
GR11A3030-Concrete
Technology Lab
GR11A3021-Bridge
Engineering
GR11A3037- Design of
Reinforced Concrete
Structures 3 years/
GR11A3038- Design of Course end
End of the
Steel Structures survey/
semester
GR11A3098- Water Graduate 70%
resources Engineering- Survey/ Alumni
End of the
II survey
programme
GR11A4059-Irrigation
Design & Drawing
GR11A4002-Advanced
Structural Design
GR11A4082-Pavement
Analysis & Design

d: Ability to identify, formulate, analyse and interpret data to solve Civil Engineering
problems.
Length of
Target
Assessment
Method of Sources for for the
Courses Cycle/when
Assessment data collection perform
the data is
ance
collected

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Internal/external Lab activity 3 years/

GR11A3050- Environmental Evaluation/ data/ End of the
Engineering 60%
Assignments/ Rubrics/ semester
/Lab activities Course outcome
GR11A3051- Environmental
Engineering Lab

GR11A3093- Transportation
Engineering

GR11A3098-Water
Resources Engineering-I 3 years/
Course end
GR11A4042-Finite Element End of the
survey/
Method semester
Graduate Survey reports 80%
Survey/ Alumni
GR11A4046- Geotechnical End of the
survey
engineering-II programme

GR11A4047-Ground
Improvement Techniques

GR11A4093- Prestressed
concrete

e: Ability to use modern engineering tools such as CAD and GIS for the Civil Engineering
practice.
Length of
Sources for Target for Assessment
Method of
Courses data the Cycle/when
Assessment
collection performance the data is
collected
Lab activity
GR11A1013- IT Internal/external 3 years/
data/
Workshop Evaluation/ End of the
Rubrics/ 85%
Assignments/ semester
Course
GR11A2006-Computer /Lab activities
outcome
aided drafting of building
Lab
3 years/
GR11A2015-Surveying Course end End of the
lab –II survey/ Graduate semester
70%
Survey/ Alumni Survey
GR11A4100-Remote survey reports End of the
Sensing and GIS programme
GR11A4101-Remote

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Sensing and GIS Lab

GR11A4116-STAAD
Lab

f: Ability to understand the impact of engineering solutions in a global, economic and

societal context.
Target Length of
Sources for
Method of for the Assessment
Courses data
Assessment perform Cycle/when the
collection
ance data is collected
Lab activity
Internal/external
data/ 3 years/
Evaluation/
Rubrics/ 60% End of the semester
GR11A2071- Assignments/
Managerial Economics Course
/Lab activities
and Financial Analysis outcome

GR11A3064-Industry 3 years/
Course end
Oriented Mini Project End of the semester
survey/ Graduate
70%
Survey/ Alumni
Survey reports End of the
survey
programme

g: Ability to understand the effect of Civil Engineering solutions on environment and to

demonstrate the need for sustainable development.
Length of
Target
Sources Assessment
Method of for the
Courses for data Cycle/when the
Assessment perform
collection data is
ance
collected
GR11A1009-
Lab
Environmental Science
Internal/external activity 3 years/
GR11A2001-Building
Evaluation/ data/ End of the
Materials & Construction 70%
Assignments/ Rubrics/ semester
Planning
/Lab activities Course
GR11A4048-Ground
outcome
Water Development &

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Management
GR11A4128-Water
Resources system 3 years/
Planning & Management Course end survey/ End of the
GR11A4129-Water Shed Graduate semester
70%
Management Survey/ Alumni Survey
GR11A4039- Survey reports End of the
Environmental Impact programme
Assessment

h: understanding of professional and ethical responsibility.

Target for Length of
Sources for
Method of the Assessment
Courses data
Assessment performan Cycle/when the
collection
ce data is collected
Lab activity
Internal/external 3 years/
data/
Evaluation/ End of the
Rubrics/ 75%
GR11A3068- Assignments/ semester
Course
Management /Lab activities
outcome
Science
3 years/
Course end survey/ End of the
GR11A4097-Project
Graduate semester
work 70%
Survey/ Alumni Survey
survey reports End of the
programme

i: Ability to work effectively as an individual or in a team and to function on multi-

disciplinary context.
Length of
Sources for Target for Assessment
Method of
Courses data the Cycle/when the
Assessment
collection performance data is
collected
GR11A2036-
Lab activity
Electrical Technology Internal/external 3 years/
data/
GR11A2073- Evaluation/ End of the
Rubrics/ 80%
Advanced English Assignments/ semester
Course
Communication /Lab activities
outcome
Skills Lab

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GR11A3043-Disaster
Management and 3 years/
Mitigation Course end End of the
GR11A3064-Industry survey/ Graduate semester
80%
Oriented Mini Project Survey/ Alumni
Survey reports
GR11A4097-Project survey End of the
work programme

j: Ability to communicate effectively with engineering community and society.

Length of
Target for Assessment
Method of Sources for
Courses the Cycle/when
Assessment data collection
performance the data is
collected

Internal/external Lab activity 3 years/

Evaluation/ data/ End of the
90%
GR11A1002-English Assignments/ Rubrics/ semester
GR11A1015-English /Lab activities Course outcome
Lab
GR11A4110-Seminar 3 years/
GR11A4097-Project Course end End of the
work survey/ Graduate semester
70%
Survey/ Alumni
Survey reports
survey End of the
programme

k: Ability to demonstrate the management principles in Civil Engineering projects.

Length of
Target for Assessment
Method of Sources for
Courses the Cycle/when
Assessment data collection
performance the data is
collected

Lab activity
GR11A3068- Internal/external 3 years/
data/
Management Science Evaluation/ End of the
Rubrics/ 75%
Assignments/ semester
Course
GR11A4040- /Lab activities
outcome
Estimating & Costing

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GR11A4020-
3 years/
Construction Course end
End of the
Technology & Project survey/
semester
Management Graduate 70%
Survey/ Alumni Survey reports
End of the
GR11A4097-Project survey
programme
work

l: Ability to recognize the need for and an ability to engage in life-long learning.

Length of
Sources for Target for Assessment
Method of
Courses data the Cycle/when
Assessment
collection performance the data is
collected

GR11A4110-Seminar Lab activity

Internal/external 3 years/
GR11A4116-STAAD data/
Evaluation/ End of the
Lab Rubrics/ 90%
Assignments/ semester
GR11A4018- Course
/Lab activities
Comprehensive Viva outcome
GR11A4101-Remote 3 years/
Sensing and GIS Lab Course end survey/ End of the
GR11A2006- Graduate semester
Computer aided 70%
Survey/ Alumni Survey
drafting of building survey reports End of the
Lab programme

d) Summaries of the results of the evaluation processes and an analysis illustrating the extent to
which each of the programme outcomes are attained;

Attainment of POs
Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A1001-Mathematics – I 63.51
GR11A1010-Mathematics – II 55.89
GR11A1018-Mathematics – III 66.89
A 64.93
GR11A1011-Engineering Chemistry 58.57
GR11A1014-Engineering Chemistry Lab 90.10
GR11A1022-Physics for Engineers 65.91

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GR11A1007-Engineering Physics Lab 84.00

GR11A1021-Engineering Mechanics 66.68
GR11A1003-Computer Programming & Data Structures 53.73
GR11A2010-Probability and Statistics 69.03
GR11A2004-Strength of Materials – I 39.93

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A1012- Engineering Graphics 61.26
GR11A2011- Strength of Materials II 59.06
GR11A2003- Fluid Mechanics 57.86
GR11A2007- Fluid Mechanics Lab 90.85
GR11A2005- Surveying 65.33
GR11A2008- Surveying Lab-I 96.34
B 70.35
GR11A3055- Geotechnical Engineering-I 44.67
GR11A3056- Geotechnical Engineering Lab 90.03
GR11A2001-Building Materials & Construction
62.43
Planning
GR11A3048- Engineering Geology 59.43
GR11A4018- Comprehensive viva 86.63

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A2012-Structural Analysis 51.21
GR11A2009-Hydraulics and Hydraulic Machinery 46.50
GR11A2071-Hydraulics and Hydraulic Machinery Lab 89.76
GR11A3002-Advanced Structural Analysis 48.33
GR11A3029-Concrete Technology 68.20
GR11A3030-Concrete Technology Lab 96.36
68.50
C GR11A3037- Design of Reinforced Concrete Structures 52.87
GR11A3038- Design of Steel Structures 54.97
GR11A3098- Water resources Engineering-II 68.90
GR11A4059-Irrigation Design & Drawing 100.0
GR11A4082-Pavement Analysis & Design 76.47

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Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A3050- Environmental Engineering 67.83
GR11A3051- Environmental Engineering Lab 89.23
GR11A3093- Transportation Engineering 63.43
GR11A3098-Water Resources Engineering-I 58.43
D GR11A4042-Finite Element Method 49.38 66.63
GR11A4046- Geotechnical engineering-II 64.10
GR11A4047-Ground Improvement Techniques 78.25
GR11A4093- Prestressed concrete 38.2
GR11A2014 – Strength of materials lab 90.8

Direct Assessment

Average
PO Contributing Courses Attainment %
attainment

GR11A1013- IT Workshop 99.13

GR11A1006 – Computer Programming and Data
80.87
Structures
E GR11A2006-Computer aided drafting of building Lab 89.76 85.94
GR11A2015-Surveying lab –II 91.20
GR11A4100-Remote Sensing and GIS 61.80
GR11A4101-Remote Sensing and GIS Lab 92.85

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A1008 – Engineering Workshop 89.02

F GR11A2071-Managerial Economics and Financial 63.08

33.73
Analysis
GR11A3064-Industry Oriented Mini Project 92.44

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment

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GR11A1009-Environmental Science 68.16

GR11A2001-Building Materials & Construction Planning 62.43
GR11A3049 – Engineering Geology Lab 90.91
G 74.81
GR11A4048-Ground Water Development & Management 71.73
GR11A4128-Water Resources system Planning & 62.30
Management
GR11A4039-Environmental Impact Assessment 93.30

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A3068-Management Science 60.10
H 77.4
GR11A4097-Project work 94.70

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A2036- Electrical Technology 50.23
GR11A2073-Advanced English Communication Skills 95.98
I 83.33
Lab
GR11A3064-Industry Oriented Mini Project 92.44
GR11A4097-Project work 94.70

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A1002-English 72.37
J GR11A1015-English Lab 98.83 89.25
GR11A4110-Seminar 91.12
GR11A4097-Project work 94.70

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A3068-Management Science 60.10

K GR11A4040-Estimating & Costing 76.67 76.34

GR11A4020-Construction Technology & Project
73.90
Management

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GR11A4097-Project work 94.70

Direct Assessment
Average
PO Contributing Courses Attainment %
attainment
GR11A4110-Seminar 91.12
GR11A4018-Comprehensive Viva 86.63
L 90.09
GR11A4101-Remote Sensing and GIS Lab 92.85
GR11A2006-Computer aided drafting of building Lab 89.76

Indirect Assessment
Assessment Attainment Average Attainment level in
Tool Level Indirect measure

Student Exit
Good Satisfactory
Survey
Alumni Survey Good Satisfactory
Employer Survey Good Satisfactory

Industry Survey Good Satisfactory

e) How the results are documented and maintained

Maintenance and documentation of results: Evaluation of examinations is done through the

Examination Branch. Analysis of exam results is done after the results. All the details of results
of mid and end semester examinations are stored as digital soft copy and printed hard copy
format at the examination branch. Model data is enclosed in the annexure. Other internal exam,
lab internal data and surveys data is maintained by the department.
The results of Assessment and evaluation process for attaining POs are:
 Filed in the department.
 Maintained by each Course Faculty as a course file with all the results and evaluation
details. These results and evaluation are informed and discussed with students.

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2.4 Use of Evaluation results towards improvement of the programme (30)

2.4.1. Indicate how the results of evaluation used for curricular improvements
(5)

(Articulate with rationale the curricular improvements brought in after the review of the
attainment of the POs)

We have introduced the outcome based education system in GRIET recently. Students, having
experienced the learning environment as per new defined PEOs and POs are to graduate from the
Institute. We have defined POs based on the NBA graduate attributes mapping to curriculum and
used the feedback received from the stakeholders through surveys. We have a system to review
the results of the evaluation of our outcome based education system at the end of each academic
year.
Based on the attainment of POs, PAC prepares the action plan to improve the courses of the
programme thus influencing the attainment of Programme Outcomes.

2.4.2. Indicate how results of evaluation used for improvement of course delivery
and assessment (10)

(Articulate with rationale the curricular delivery and assessment improvements brought in after
the review of the attainment of the POs)

After receiving results of each semester, faculty analyses the percentage of pass in his subjects
and finds out the average of marks obtained in his course, in order to recommend necessary
actions to improve the courses. The improvement of PO attainment can be expected by bringing
appropriate changes in course outcomes, curriculum, delivery methods, and assessment and
evaluation methods. After receiving inputs from the internal committees Programme Assessment
Committee (PAC), BOS and Academic Council will give the final approval for the necessary
improvements. Once the action plan is defined, data for the performance indication is to be
collected and analyzed and evaluated by the course coordinator to see the performance. This
process continues till the performance improves to the target value.

2.4.3. State the process used for revising/redefining the POs (15)

(Articulate with rationale how the results of the evaluation of the POs have been used to
review/redefine the POs in line with the Graduate Attributes of the NBA.)

This process considers exit students survey, professional society survey, alumni survey,
employer survey, feedback and rubrics.

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Graduate Attributes Programme

Educational
Objectives
Consultation Consultation
Process Process
Faculty Alumni
(Views & Feedback) (Views &
Feedback)

Students Industry
(Feedback & Exit Surveys) (Views &
Programme Feedback)
Coordinator
(Re-Defining
POs)
Teaching/ Learning Professional Bodies
Environment (Views)
(Status)

Course & Module

Coordinators Research/Higher
(Assessment of course Education
outcomes) Establishment
Program Assessment (Requirements)
Committee

Academic Council

Re-Defined POs

Figure 5: Process for Redefining POs

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3 Programme Curriculums (125)

3.1. Curriculum (20)
3.1.1. Describe the Structure of the Curriculum (5)

Total Number of contact

Course hours Credi
Course Title
Code Lectur Tutorial Practica Total ts
e (L) (T) l (P) Hours
GR14A1001 Linear Algebra and Single Variable 2.00 2.00 0.00 4.00 3.00
Calculus
GR14A1002 Advanced Calculus 2.00 2.00 0.00 4.00 3.00
GR14A1008 Engineering Chemistry 2.00 2.00 0.00 4.00 3.00
GR14A1023 Engineering Graphics 1.00 0.00 4.00 5.00 3.00
GR14A1018 Basic Electrical Engineering 3.00 2.00 0.00 5.00 4.00
GR14A1012 Engineering Mechanics – STATICS 2.00 2.00 0.00 4.00 3.00
GR14A1024 Business Communication and soft 0.00 0.00 4.00 4.00 2.00
skills
GR14A1026 IT Workshop 0.00 0.00 4.00 4.00 2.00
GR14A1030 Engineering Chemistry Lab 0.00 0.00 4.00 4.00 2.00
GR14A1003 Transform Calculus and Fourier 2.00 2.00 0.00 4.00 3.00
Series
GR14A1004 Numerical Methods 2.00 2.00 0.00 4.00 3.00
GR14A1006 Physics for Engineers 2.00 2.00 0.00 4.00 3.00
GR14A1005 English 2.00 2.00 0.00 4.00 3.00
GR14A1011 Computer Programming and data 2.00 2.00 0.00 4.00 3.00
structures
GR14A1020 Engineering Mechanics – 3.00 2.00 0.00 5.00 4.00
DYNAMICS
GR14A1025 Engineering Workshop 0.00 0.00 4.00 4.00 2.00
GR14A1029 Engineering Physics Lab 0.00 0.00 4.00 4.00 2.00
GR14A1028 Computer Programming and data 0.00 0.00 4.00 4.00 2.00
structures Lab
GR11A2001 Building materials & construction & 4.00 1.00 0.00 5.00 4.00

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planning
GR11A2036 Electrical Technology 3.00 1.00 0.00 4.00 3.00
GR11A2004 Strength of Materials – I 4.00 1.00 0.00 5.00 4.00
GR11A2005 Surveying 4.00 1.00 0.00 5.00 4.00
GR11A2003 Fluid Mechanics 4.00 1.00 0.00 5.00 4.00
GR11A2007 Fluid Mechanics Lab 0.00 0.00 3.00 3.00 2.00
GR11A2008 Surveying Lab – I 0.00 0.00 3.00 3.00 2.00
GR11A2006 Computer Aided Drafting of 0.00 0.00 3.00 3.00 2.00
Building Lab
GR11A2010 Probabilities & Statistics 3.00 1.00 0.00 4.00 4.00
GR11A2011 Strength of Materials – II 4.00 1.00 0.00 5.00 3.00
GR11A2009 Hydraulics and Hydraulic 4.00 1.00 0.00 5.00 4.00
Machinery
GR11A2071 Managerial Economics and 3.00 1.00 0.00 4.00 4.00
Financial Analysis
GR11A2012 Structural Analysis 4.00 1.00 0.00 5.00 4.00
GR11A2014 Strength of Materials Lab 0.00 0.00 3.00 3.00 2.00
GR11A2013 Hydraulics and Hydraulic 0. 00 0.00 3.00 3.00 2.00
Machinery Lab
GR11A2015 Surveying Lab – II 0.00 0.00 3.00 3.00 2.00
GR11A3029 Concrete Technology 3.00 1.00 0.00 4.00 3.00
GR11A3037 Design of Reinforced Concrete 3.00 2.00 0.00 5.00 4.00
Structures
GR11A3055 Geotechnical Engineering – I 3.00 1.00 0.00 4.00 4.00
GR11A3097 Water Resources Engineering - I 4.00 1.00 0.00 5.00 4.00
GR11A3002 Advanced Structural Analysis 3.00 1.00 0.00 4.00 4.00
GR11A3030 Concrete Technology Lab 0.00 0.00 3.00 3.00 2.00
GR11A3056 Geotechnical Engineering Lab 0.00 0.00 3.00 3.00 2.00
GR11A2073 Advanced English Communication 0.00 0.00 3.00 3.00 2.00
Skills Lab
GR11A3038 Design of steel structures 3.00 1.00 0.00 4.00 4.00
GR11A3050 Environmental Engineering 3.00 1.00 0.00 4.00 4.00

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GR11A3098 Water Resources Engineering - II 3.00 1.00 0.00 4.00 4.00

GR11A3048 Engineering Geology 3.00 0.00 0.00 3.00 3.00
GR11A3093 Transportation Engineering 4.00 0.00 1.00 5.00 4.00
GR11A3043 Disaster Management and 4.00 0.00 1.00 5.00 4.00
Mitigation
GR11A3021 Bridge Engineering 4.00 0.00 1.00 5.00 4.00
GR11A3049 Engineering Geology Lab 0.00 0.00 3.00 3.00 2.00
GR11A3051 Environmental Engineering Lab 0.00 0.00 3.00 3.00 2.00
GR11A3064 Industrial Oriented Mini Project 0.00 0.00 3.00 3.00 2.00
GR11A4046 Geotechnical Engineering – II 3.00 1.00 0.00 4.00 4.00
GR11A4040 Estimating & Costing 3.00 1.00 0.00 4.00 4.00
GR11A4100 Remote Sensing & GIS 3.00 1.00 0.00 4.00 4.00
GR11A4048 Ground Water Development &
4.00 0.00 0.00 4.00 4.00
Management
GR11A4093 Prestressed Concrete 4.00 0.00 0.00 4.00 4.00
GR11A4081 Optimization techniques in Civil
4.00 0.00 0.00 4.00 4.00
Engineering
GR11A4059 Irrigation Design & Drawing 0.00 0.00 3.00 3.00 3.00
GR11A4042 Finite Elements Methods 4.00 1.00 0.00 5.00 5.00
GR11A4128 Water Resources system Planning &
4.00 1.00 0.00 5.00 5.00
Management
GR11A4047 Ground Improvement Techniques 4.00 1.00 0.00 5.00 5.00
GR11A4050 Highway Materials Lab 0.00 0.00 3.00 3.00 3.00
GR11A4101 Remote Sensing & GIS Lab 0.00 0.00 3.00 3.00 3.00
GR11A4020 Construction Technology & Project 4.00 1.00 0.00 5.00 5.00
Management
GR11A4002 Advanced Structural Design 3.00 1.00 0.00 4.00 4.00
GR11A4003 Airport, Docs & Harbour
3.00 1.00 0.00 4.00 4.00
Engineering
GR11A4129 Water Shed Management 3.00 1.00 0.00 4.00 4.00
GR11A4039 Environmental Impact Assessment 3.00 1.00 0.00 4.00 4.00
GR11A3068 Management Science 3.00 1.00 0.00 4.00 4.00

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GR11A4082 Pavement Analysis & Design 3.00 1.00 0.00 4.00 4.00
GR11A4116 STAAD Lab 0.00 0.00 3.00 3.00 3.00
GR11A4110 Seminar 0.00 0.00 6.00 6.00 6.00
GR11A4018 Comprehensive Viva 0.00 0.00 0.00 0.00 0.00
GR11A4097 Project Work 0.00 0.00 21.00 21.00 21.00
Total 157.00 54.00 106.00 317.0 265.00
0

3.1.2 Give the Prerequisite flow chart of courses (5)

(Draw the schematic of the prerequisites of the courses in the curriculum)

Fig. 3.1 Flowchart representing the prerequisites of the courses.

3.1.3. Justify how the programme curriculum satisfies the program specific
criteria (10)

(Justify how the programme curriculum satisfies the program specific criteria specified by the
American professional societies relevant to the programme under accreditation)

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Program Specific Criteria for Civil Engineering

Lead Society: American Society of Civil Engineers

Applicability

This program criterion applies to engineering technology programs that include Civil and similar
modifiers in their titles.

The program must prepare graduates to apply knowledge of mathematics through differential
equations, calculus-based physics, chemistry, and at least one additional area of basic science,
consistent with the program educational objectives; apply knowledge of four technical areas
appropriate to civil engineering; conduct civil engineering experiments and analyze and interpret
the resulting data; design a system, component, or process in more than one civil engineering
context; explain basic concepts in management, business, public policy, and leadership; and
explain the importance of professional licensure.

Knowledge: Mathematics, chemistry, Physics, Structures, Geotechnical, Water Resources,

Environmental and transportation related subjects

Problem solving ability: Engineering Mechanics, Mechanics of Solids, Design of concrete

structures, design of steel structures, design of foundations.
Hands on Experience: Engineering Workshop, AutoCAD, STAAD,
Construction: Surveying, Concrete Technology Lab
Testing: Strength of Materials Lab, Hydraulics and Hydraulic machinery, Geotechnical
engineering lab
Evaluation: Engineering Drawing, Estimation and Costing
Technical sales/maintenance: Construction Management, Managerial Economics and Financial
Analysis.

Outcomes
The Civil Engineering discipline encompasses the principles in domain of materials,
applied mechanics, computer aided drafting and design, construction, experimental techniques /
procedures, analysis of engineering data, structural analysis / design of concrete and steel
structures, design of transportation systems, water supply and sewerage facilities, canals, dams,
irrigation structures, bridges, foundations, sustainability. Thus the programme courses are
oriented to achieve the programme specific criteria.

The following are the components of the curriculum

 Mathematics
 Science
 Computing
 Humanities and Social Sciences
 Professional core

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Courses in Mathematics stream:

Subject Code
Linear Algebra and Single Variable Calculus GR14A1001
Advanced Calculus GR14A1002
Transform Calculus and Fourier Series GR14A1003
Numerical Methods GR14A1004
Probabilities & Statistics GR11A2010

Courses in Science stream:

Subject Code
Engineering Chemistry GR14A1008
Engineering Chemistry Lab GR14A1030
Physics for Engineers GR14A1006
Engineering Physics Lab GR14A1029

Courses in Computing stream:

Subject Code
IT Workshop GR14A1026
C Programming and Data Structures GR14A1011
C Programming and Data Structures lab GR14A1028
Basic Electrical Engineering GR14A1018
Electrical Technology GR11A2036

Courses in Humanities stream

Subject Code
Business Communication and soft skills GR14A1024
English GR14A1005
Advanced English Communication Skills Lab GR11A2073
Environmental Science GR11A1009

Courses in Professional core Stream:

Subject Code
Engineering Graphics GR14A1023
Engineering Mechanics – STATICS GR14A1012
Engineering Mechanics – DYNAMICS GR14A1020
Engineering Workshop GR14A1025
Building materials & construction & planning GR11A2001
Strength of Materials – I GR11A2004
Surveying GR11A2005

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Fluid Mechanics GR11A2003

Fluid Mechanics Lab GR11A2007
Surveying Lab – I GR11A2008
Computer Aided Drafting of Building Lab GR11A2006
Strength of Materials – II GR11A2011
Hydraulics and Hydraulic Machinery GR11A2009
Managerial Economics and Financial Analysis GR11A2071
Structural Analysis GR11A2012
Strength of Materials Lab GR11A2014
Hydraulics and Hydraulic Machinery Lab GR11A2013
Surveying Lab – II GR11A2015
Concrete Technology GR11A3029
Design of Reinforced Concrete Structures GR11A3037
Geotechnical Engineering – I GR11A3055
Water Resources Engineering - I GR11A3097
Advanced Structural Analysis GR11A3002
Concrete Technology Lab GR11A3030
Geotechnical Engineering Lab GR11A3056
Design of steel structures GR11A3038
Environmental Engineering GR11A3050
Water Resources Engineering - II GR11A3098
Engineering Geology GR11A3048
Transportation Engineering GR11A3093
Disaster Management and Mitigation GR11A3043
Bridge Engineering GR11A3021
Engineering Geology Lab GR11A3049
Environmental Engineering Lab GR11A3051
Industrial Oriented Mini Project GR11A3064
Geotechnical Engineering – II GR11A4046
Estimating & Costing GR11A4040
Remote Sensing & GIS GR11A4100
Ground Water Development & Management GR11A4048
Prestressed Concrete GR11A4093
Optimization techniques in Civil Engineering GR11A4081
Irrigation Design & Drawing GR11A4059
Finite Elements Methods GR11A4042
Water Resources system Planning & Management GR11A4128
Ground Improvement Techniques GR11A4047
Highway Materials Lab GR11A4050
Remote Sensing & GIS Lab GR11A4101
Construction Technology & Project Management GR11A4020
Advanced Structural Design GR11A4002

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Airport, Docs & Harbour Engineering GR11A4003

Water Shed Management GR11A4129
Environmental Impact Assessment GR11A4039
Management Science GR11A3068
Pavement Analysis & Design GR11A4082
STAAD Lab GR11A4116

3.2. State the components of the curriculum and their relevance to the POs and the
PEOs (15)
Programme curriculum grouping based on different components

Curriculum
Total Total
Content (% of
Course number of Number
total number of POs PEOs
Component contact of
credits of the
hours credits
programme )
Mathematics 8 19.00 16.00 a, e, h, i, l 1, 2
Science 6 18.00 12.00 a, b, e, f, i, l 1, 2
Computing 4.5 14.00 9.00 a, c, d, f, h, i 1,2,3
Humanities 9 30.00 18.00 d, g, i, j, k 1,3
Professional core 72.5 182.00 145.00 a,b,c,d,e,f,g,h,i,j,k,l 1,2,3

3.3. State core engineering subjects and their relevance to Programme

Outcomes including design experience (60)
(Describe how the core engineering subjects in the curriculum provide the learning experience
with the complex engineering problems)
Core Engineering Courses
Structural Engineering: Structural engineering is one of the core areas in civil engineering.
With ever increasing demand for infrastructure, this field has become very prominent. Design of
high rise buildings for residential and commercial activities, structural design of road and railway
bridges, aqueducts, water tanks, with steel, reinforced concrete, prestressed concrete etc. are
major contributions to society. Introducing and developing new materials in construction for the
benefit of environmental, sustainable and economic reasons.

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Geotechnical Engineering: This is another crucial area in civil engineering. The bearing
capacity of soil, characterization of the soil properties, recommending suitable foundation for
various structures to be constructed etc., suitability of soil for roads, railways and canal
embankments, suggesting remedial measures in case of poor soil conditions, ground
improvements techniques are some of the major and important areas where geotechnical
engineering helps in.
Water Resources Engineering: Assessment of surface and ground water resources, design of
irrigation structures like canals, diversion head works, dams etc. are some of the important areas
related to most desirable need for society. Augmenting the water resources, for irrigation power
generation etc., design of facilities for ground water recharge, urban run-off control are part of
sustainable development.
Environmental Engineering: One of the most important duties of a civil engineer is to take care
of the public health by providing safe drinking water, proper disposal of liquid and solid wastes.
Assessment of water requirement, ascertain quality, design of treatment processes to meet the
quality requirement, design of water distribution system consisting pipes, valves, pumps, storage
tanks etc. Also, design of waste water collection plants and their treatment and disposal are some
of the key areas. Development towards zero discharge is the goal for sustainable development.
Transportation Engineering: Providing suitable transportation facilities for men and material is
the back bone for economic development of any nation. Design of transportation facilities such
as highways, railways, waterways, airports, ports, harbours etc. plays a major role. Design of
efficient, economical and environment friendly transportation system is the need of present day
engineers.
Construction Engineering: Execution of any civil engineering project needs lot of managerial
skills. One has to schedule the activities of the project, allocate resources like men, material and
machines, to the activities so as to complete the project as per schedule. Optimal use of available
resources to complete the project within schedule with minimum possible cost and minimum
impact on the environment. They should have good understanding of sustainable materials and
construction practices, Civil engineer should have good understanding of tendering,
procurement, stores and labour maintenance.

Core Courses-Program Outcomes (POs) Relationship Matrix

Core Courses Program Outcomes Design Experience
a b c d e f g h i j k l
Engineering X X X X X X Trusses, beams
Mechanics
Fluid Mechanics X X X X X Open Channel, Pipes
Hydraulics & X X X X X X X X Turbines and pumps
Hydraulic Machinery
Design of Reinforced X X X X X RCC Slabs, beams and
Concrete Structures columns
Environmental X X X XX X X X X X Water supply wastewater
Engineering collection and disposal
Strength of Materials X X X X X X Pressure vessels, Beams

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Surveying X X X X X X X X Field measurements and

setting out
Engineering Geology X X XX X X X Effect of geological
formations
Geotechnical XX X X X Foundation for all
Engineering engineering structures
Prestressed Concrete X X X X X Prestressed girders
Design of Steel X XX X X Steel trusses, bridges,
Structures columns
Irrigation design and XX X X X X Dams and diversion head
drawing works
Concrete Technology X X XX X X Concrete mix design
Bridge Engineering X XX X X Design of bridges
Structural Analysis X X X X Analysis of beams,
trusses
Advanced Structural XX X X X X Analysis of frames
Analysis
Water Resources XX X X X X X Canals, well yield
Engineering
Transportation X X X X X X Pavement design,
Engineering geometric design of roads
Construction X XX X X Project planning
Technology and
Project Management
Finite Element X X X X Analysis of structures
Method
Optimization X X X X XX X Economical design
techniques in Civil
Engineering
Advanced Structural X X X XX X X Steel bridges, water tanks
Design
Building materials XX X X X X Selection of suitable
and construction materials
STAAD XX X X X X Analysis and design of
structural members

3.4 Industry interaction/internship (10)

(Give the details of industry involvement in the programme such as industry-attached
laboratories and partial delivery of courses and internship opportunities for students)

Student are encouraged to take internship in the leading industries to get overall expertise on
the engineering education in academically relevant work during semester break or vacation
time.

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Industrial visits are organized to the students along with the faculty members to bridge the gap
between theoretical and practical aspects of the curriculum. Experts from industry are invited
to interact with the students in every semester so that the students get the latest technical
developments in the industry. Department is having collaborations with the reputed industries
and professional bodies so as to bridge the gap between learning and people who are actually
practicing technologies
 An expert from industry is considered to be a member of Board of studies who takes
active role in curriculum design.
 The institute has MOU’s with Intergraph, Measure India Corporation, Engineering Staff
College of India, and is a member of Institution of Engineers (India)
 Students are to prepare to get internship with noted and related industry for their Industry
Oriented projects to gain hands on experience of a live industry which carries credit
scores.
 Faculty participates in faculty development programmes conducted by various
organizations like IITH, IIITH, ESCI, Water and Land Management Training and
Research Institute (WALAMTARI) etc.
 Students are provided and given internship facility with industry and research
organization such as L&T, Ultratech, Infotech enterprises, Ramky enviro etc.,
 The department conducts several workshops on material testing, Experimental techniques
in Civil Engineering, etc., for B.Tech students and invites experts from Industry to share
knowledge and experience.
 Entering into agreement with consultancies for providing resources and inputs to UG
students for industry orientation programs, for faculty and joint development of
innovative products. Example: transportation systems, building Materials, designs.
 Department organizes several workshops with industry experts for the benefit of the
students. Example: NDT, AutoCAD etc.,

Participation details: Workshops, Seminars, Symposia and FDPs

Collabora
Resource Target
Event Name tion Duration Benefit
Persons Audience
With
Guest Lecture IIT Delhi 27th March Prof. V.S. Raju Faculty
on “ You have 2015 Retd. Director, IIT Delhi Motivation
potential to (1 day) and tips to
become an faculty
excellent members
Teacher”
Formation of IEI 9th Feb 2015 Er.Sai Baba (IRS) Students Interaction
IEI Student Student (1 day) Chief Engineer, Hyd with
Chapter Chapter Metro Rail professionals
th
Guest Lecture IEI 9 Feb 2015 Er. Sai Baba (IRS), Chief Students Detailed
on “ Metro Student (1 day) Engineer, Hyderabad knowledge of

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Rail Project Chapter Metro upcoming

Planning & project
Design”
Awareness on CAD 21st Jan CAD Centre 120
Idea about
“Need of Centre 2015
latest
learning (1 day)
software in
different
Civil engg
software”
STEPS 2014 GRIET 16th&17th Guest Lectures by Eminent 33 Exposure to
under Dec 2014 (2 speakers. latest
TEQIP-II days) developments
Guest Lecture GRIET 27th Sep Prof.K.V Subba Raju Students Motivation
on “ Goal under 2014 and
Setting & TEQIP-II (1 day) personality
Achievement” development
Guest Lecture Central 5th Sep 2014 Er. I S N Raju Students Practical
on “ Water Design (1 day) Former Chief Engineer aspects of
Resource Organizati water
Management” on(I&CA resources
D) management
Guest Lecture WALMI, 5th Sep 2014 Er.M.K Dixit SE Water Students
Field studies
on “ Water Gujarat (1 day) and Land Management
of water
Conservation” Institute, Gujarat
conservation
(WALMI)
Guest lecture ICI 9th Aug Sri K. Pitchi Reddy, Students Practical
on “ Traffic Student 2014 Retired Chief Engineer, R aspects in
Engineering” Chapter (1 day) &B design of
traffic islands
Workshop on IIT 20-30 May Faculty from IIT Faculty Concepts of
“Fluid Kharagapu 2014 Kharagpur fluid
Mechanics” r (2 weeks) mechanics
STEPS 2013 GRIET Dec 2013 Er.M.K Srinivas Faculty 27
Exposure to
under (2 days) Dr.P Rama Raju
latest
TEQIP-II Mr.J Srikar
developments
Dr.M Venkata Reddy
FDP on “Stake GRIET 7th,8th&9th Faculty
holder under Oct 2013
Management” TEQIP-II (3 days)
Guest Lecture ICI 26th July Er.C.Edukondalu 70 Recent
on “Advances Student 2013 Hon.Secretary ICI-APHC Students advances in
in Cement & Chapter (1 day ) admixtures
Concrete” and qualities
of concrete
Workshop on under 25th & 26th B. Chandrakanth
Use of total
“Intelligent TEQIP-II March 2013 41
station
Surveying (2 days)

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using Total
Station”
Workshop on “ under 18th & 19th Bhaskara Rao, Corporate 43
Building TEQIP-II March 2013 trainer, RAMSYS info Techniques in
Planning & (2 days) CAD using
Design using H.N Naveen kumar AutoCAD
AUTO CAD
Guest Lecture Griet 4th March Dr. E.Sai Baba Reddy, Students
Advances in
on 2013 (1 day Prof, CE, Rector of 115
geotechnical
“Applications ) JNTUH
Engineering
of Geotech”
Workshop on under 27th & 28th Prof.M.V Sheshagiri Rao, Students
“Recent Trends TEQIP-II Feb 2013 JNTUH
in Concrete & (2 days) Dr.M. Chandrasekhar,
Latest
Construction MCS Consultancy.
developments
Technology” N.Krishna Reddy, EE
in
(Rural Development),
construction
Panchayatraj
with concrete
Hari Krishna, Aparna
Constructions

Workshop on under 22nd & 23rd Vamsi Kumar, Lawrence Students

“Advanced TEQIP-II Feb 2013 (2 & Mayo Use of total
Surveying days) Prashant Babu, Manager, station in
Using Total L&T surveying
Station” A.Raj Kumar, NICMAR
Guest lecture GRIET 19th Feb Dr.A.N. Rao 130
on “Indian 2013 Students Project
Construction & (1 day) management
Project technics
Management”
Recent GRIET 8th Feb 2013 M. Lakshman Rao, Students
Advances in Manager(Designs),
pavement IVRCL,
materials & M. Lakshmi Narayana, Knowledge
Pavement Deputy V.P, Transtroy of pavement
management India construction
systems Dr.P Saravana, Prof. & design
JNTUH
Dr.S.K Rao, R&D, GMR
Infra
nd
Guest lecture GRIET 2 Feb Dr.M. Janardhan, 110
Effect of
on “Earth 2013 Prof Civil Engineering Students
earth quake
Quake (1 day) JNTUH
on structures
Behaviour”
ICI Student GRIET 30th & 31st Prof. R.Kishore, OU Students Interaction

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Chapter under Jan 2013 (2 S.P. Anchuri, Chairman, with

inauguration TEQIP-II days) ICI Hyderabad professionals
and workshop Sri Yedukondalu, General
Secretary, ICI
Design and GRIET 23rd and 24th T. Naresh kumar, manager Students
analysis using under Jan 2013 (2 Sandilya consultancy
STAAD Pro TEQIP-II days) L. Lakshman Rao, Jones Use of
Lang Laralle STAADPro
M. Shanker, Manager,
NCC
Guest Lecture GRIET 23rd Jan Dr.P Rama Raju Students
on “ Design 2013 Chief Engineer (Retd) and staff
Exposed to
and (1 day)
Salient
Construction of
features of
Sir Arthor
barrage
Cotton
Barrage”
STEPS 2012 GRIET 19th Dec Guest lectures by eminent Faculty Exposure to
under 2012 speakers and latest
TEQIP-II students developments
STAAD Pro CAD 13th Sep Students Introduction
center 2012 to
STAAD.Pro

3.5. Curriculum Development (15)

3.5.1. State the process for designing the programme curriculum (5)
(Describe the process that periodically documents and demonstrates how the programme
curriculum is
evolved considering the PEOs and the POs)

Board of Studies takes responsibility of preparing curriculum of the programme. The

curriculum for the programme is developed by considering PEOs and POs, taking the
feedback from industry people regarding their expectations and latest developments in
technology. The process of defining the curriculum is given below.

Step 1: PEOs and POs are taken as guide lines.

Step 2: A bench mark curriculum of JNTUH (affiliating University), premier institutes like
IIT and also from abroad is considered.

Step 3: Relevant credit distribution is done between Mathematics, Science, Humanities, Core
and Projects.

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Step 4: courses are chosen as per contemporary technology and also industry and higher
education requirements.

Step 5: The extent of coverage of depth and breadth are decided to suit the POs through COs

The curriculum gaps are continuously monitored but revision is limited to three years.

3.5.2. Illustrate the measures and processes used to improve courses and
curriculum (10)
(Articulate the process involved in identifying the requirements for improvements in courses and
curriculum and provide the evidence of continuous improvement of courses and curriculum)

To identify the curricular gaps for attainment of COs/POs we have followed these methods:-
1. Course feedback collected from the students is analyzed to measure the gap for
attainment of COs and POs.
2. Faculty surveys are considered to identify curriculum gaps for attainment of CO’s and
PO’s. Faculty inputs are valuable because they understand student comprehension and
learning abilities better.
3. Based on the COs and POs and using result analysis and surveys, the curricular gaps are
ascertained.
4. ‘Student Exit surveys’ are collected to identify curriculum gaps and the requisite skills
for their future endeavors in their career paths.
5. Surveys are conducted with industry and the employers of our students, regarding their
expectations from our graduates, which are then matched with our COs and POs.
6. Panel discussions are organized with focus groups such as IE, IWWA, CREDAI,
Institution of Valuers, and other professional bodies to identify the curricular gaps.
7. Feedback is collected from the alumni who has joined in the professional careers or
pursuing higher studies or has become entrepreneurs.
8. The required achievement level of Graduates Attributes are observed to identify gaps in
attainment of COs and POs.

The feedback and surveys being utilized in the process are aimed at analyzing and discerning
the extent to which the outcomes are addressed. This includes analysis for missing out on

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outcomes, by students in case of change in electives; the extent of support by pedagogy and
assessments in the development of the students; the attainment of required skills and qualities
by students for professional growth. Inputs and suggestions on improvements in courses after
result analysis from course coordinators, Guest lecture, web content, video lectures and
additional power point presentations of the course are shared with the students for further
strengthening the course outcomes.

3.6 Course Syllabi (5)

(Include, in appendix, a syllabus for each course used. Syllabi format should be consistent and
shouldn’t exceed two pages.)

The syllabi format may include:


 Department, course number, and title of course
 Designation as a required or elective course
 Pre-requisites
 Contact hours and type of course (lecture, tutorial, seminar, project etc.)
 Course Assessment methods (both continuous and semester-end assessment)
 Course Outcomes
 Topics covered
 Text books, and/or reference material

File Name
Program Structure
Civil Syllabus 1st Year
Civil Syllabus 2nd Year
Civil Syllabus 3rd Year
Civil Syllabus 4th Year
Programme Structure and Course syllabus of Civil Engineering is annexed.

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4. Students’ Performance (75)

Admission intake in the programme

2014- 2013- 2012- 2011- 2010- 2009- 2008-

Item
2015 2014 2013 2012 2011 2010 2009
Sanctioned intake strength in the
120 120 120 120 120 120 60
programme
Total number of admitted students in first
year minus number of students migrated to
103 120 120 120 120 117 60
other programmes at the end of 1st year
(N1)
Number of admitted students in 2nd year in
0 23 24 24 24 12 6
the same batch via lateral entry (N2)
Total number of admitted students in the
103 143 144 144 144 129 66
programme N = (N1 + N2)

4.1 Success Rate (20)

(Provide data for the past seven batches of students)

Number of Students Number of students who have successfully

Year of entry (in reverse admitted in 1st year + completed*
chronological order) admitted via lateral entry
in 2nd year (N1 + N2) 1st year 2nd year 3rd year 4th year

2014-2015 103 0 0 0 0
2013-2014 143 85 0 0 0
2012-2013 144 81 97 0 0
2011-2012 144 68 88 94 0
2010-2011 (LYG) 144 58 98 107 137
2009-2010 (LYGm1) 129 54 87 107 117
2008-2009 (LYGm2) 66 24 40 47 58

Success rate = 20 × mean of success index (SI) for past three batches
SI = (Number of students who graduated from the programme in the stipulated period of course
duration)/(Number of students admitted in the first year of that batch and admitted in 2nd year
via lateral entry)

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LYG (2010- LYGm1 (2009- LYGm2 (2008-

Item
2011) 2010) 2009)
Number of students admitted in the corresponding First
Year + admitted via lateral entry in 2nd year
144.00 129.00 66.00
Number of students who have graduated in the stipulated
period
137.00 117.00 58.00
Success index (SI) 0.95 0.91 0.88

0.91
Average SI

18.20
Success rate

4.2 Academic Performance (20)

Academic Performance = 2 * API
Where API = Academic Performance Index
= Mean of Cumulative Grade Point Average of all successful
Students on a 10 point CGPA System

OR
= Mean of the percentage of marks of all successful students / 10

Item
2010-2011 2009-2010 2008-2009

Approximating the API by the following mid-point analysis

9 < Number of students with CGPA < 10 6.00 13.00 2.00
8 < Number of students with CGPA < 9 48.00 46.00 23.00
7 <= 8 51.00 42.00 17.00
6 <= 7 16.00 12.00 14.00
5 <= 6 0.00 0.00 1.00
Total 121.00 113.00 57.00
Approximating API By Mid-CGPA 0.00 0.00 0.00
Mean of CGPA/Percentage of all the students API 7.86 8.03 7.69
Assessment 15.72 16.06 15.38
Av. API = 7.123
Academic Performance = 2 x Av. API = 15.72

15.72
Academic Performance

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4.3 Placement and Higher Studies (20)

Assessment Points = 20 × (x + 1.25y)/N

where, x = Number of students placed

y = Number of students admitted for higher studies with valid qualifying scores/ranks, and
N = Total number of students who were admitted in the batch including lateral entry subject to
maximum assessment points = 20

LYG LYGm1 LYGm2

Item
2010-2011 2009-2010 2008-2009
Number of admitted students corresponding to
144.00 129.00 66.00
LYG including lateral entry (N)
Number of students who obtained jobs as per
27.00 28.00 26.00
the record of placement office (x1)
Number of students who found employment
12.00 10.00 5.00
otherwise at the end of the final year (x2)
Number of students who opted for Higher
30.00 39.00 22.00
studies with valid qualifying scores/ranks (y)
x=x1+x2 39.00 38.00 31.00
Assessment points 10.62 13.45 17.73

13.93
Average assessment points

4.4 Professional Activities (15)

4.4.1 Professional societies / chapters and organizing engineering events (3)

(Instruction: The institution may provide data for past three years).

GRIET lays stress not only on the academic excellence but also on beyond academic excellence
to make the Programme a holistic experience. This is managed by providing time and resources
to allow the students to take part in Co and Extracurricular activities which are integrated and
spread over the entire academic year. This we believe has a profound impact in shaping the
overall personality of a student.
 The activities are pre-planned and included in the College diary.
 The activities are planned and executed by the student bodies of the college with
supervision from faculty.
 Pragnya (a tech-fest) and Pulse (a cultural fest) are major annual attractions and
widely participated.

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To give fillip to beyond-curricular activity, the institution has encouraged registration of its
student groups as members in professional societies, chapters such as: Institution of Engineers
(IE), Indian Concrete Institute (ICI), Indian Society for Technical Education (ISTE), Free
Software Foundation (FSF), Computer Society of India (CSI), Institute of Electrical and
Electronic Engineers (IEEE), Institute of Electronic and Telecommunication Engineers (IETE),
Society of Automobile Engineers (SAE), Robotics Club, Gaming Club.

The student chapters of professional societies such as IE, ICI, IEEE, CSI, Robotic Club, and
FSF have been intensely involved in Co-curricular activities giving full benefit and
encouragement to the students.

Events organized by the professional societies/chapters/others:

Professional
Title Date Achievement / Benefit
Societies
Guest Lecture on “Planning, Design
Lecture aimed to make
and Construction of Metro Rail
IEI Student chapter 9 Feb 2015 students aware of latest
Project” Er. Saibaba Chief - Engineer
construction methods
(HMRDA)
Guest Lecture by Mr. Mogul K and
CONsoft Lecture aimed towards
Srinvasan on career guidance and how 21 Oct 2014
Technologies personality development
to face an interview
Workshop gave clear
Workshop on DURABILITY OF understanding to
CONCRETE by Mavul rao & team ICI-student chapter 15 Oct 2014 students about
(jaypee cement) properties of fresh
concrete
Lecture on “ Goal Setting and
achievement by the students” Prof. Motivational lecture for
GRIET 27 Sep 2014
K.V.Subba Raju Ph.D. M. Sc (Applied personality development
Psychology), Harvard University USA
Lecture highlighted the
Lecture on “Water Conservation” Er.
importance of water
M.K.Dixit SE(WALMI) Water and GRIET 5 Sep-14
conservation and
Land Management Institution
Practical aspects.
Guest lecture on “Water Resource
Practical aspects in
Management” Er. I S N Raju Former
GRIET 5 Sep 14 design and construction
Chief Engineer Central Design
of Irrigation structures.
organization(I & CAD)
Sri K. Pitchi Reddy Retired Chief Lecture highlighted the
Engineer Roads and Buildings importance of roads and
ICI Student Chapter 9 Aug 2014
delivered a lecture on “Traffic buildings and practical
Engineering” aspects.
A two day national workshop
Aimed on Sustainable
conducted on “Sustainable
GRIET 27&28 Dec13 Technologies in Civil
Technologies in Civil Engineering:
Engineering.
Perspectives and Strategies (STEPS

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2013)”
Aimed on awareness of
Workshop on Green Buildings ICI Student Chapter 9 Oct 2013
Green Buildings
Lecture aimed at
Guest lecture on “Advances in Cement creating awareness on
26 Jul 2013
and Concrete” Er. C. Yedukondalu ICI student chapter recent developments in
Hon. Secretary ICI- APHC cement, admixtures and
properties of concrete
Guest lecture on “ Introduction on
Introduction on
Impact of earth quake behavior on
GRIET 2 Feb 2013 earthquake resistant
buildings” by Dr. M. Janardhan,
design of buildings.
Professor, JNTUH
Aimed on construction
Guest lecture on “Construction
management with
Network & Project Management” by GRIET 19 Feb 2013
networks and relevant
Dr. A. N. Rao
software.
National symposium on software 2.0 Workshop conducted for
CSI 30 Apr 2013
emerging competencies academic improvement
Others:
Emphasizing the
increasing interest in
Robotics in the students,
21st February, the robotics cluster
12th March & series
Robotics Clusters IEEE
04th April, helped to ensure that the
2015 participants were
involved in robot
making hands on
sessions.
The series of the Web
Technologies Clusters
18th
helped the participants to
Web Technologies Clusters IEEE February, 4th
understand and
& 16th March
applications of Web
technologies
Equipping the attendees
with
5th and 6th
necessary software and
Android Workshop IEEE February,
imparting sufficient
2015
knowledge for Android
App Development
The Internet of Things
(IOT) is the network of
Technical Talk on Internet of Things 31st
IEEE physical objects or
by Mr. Sumit Kumar January, 2015
"things" embedded with
electronics, software,

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sensors and connectivity

to enable it to achieve
greater value and
service by exchanging
data with the
manufacturer, operator
and/or other connected
devices.
Emphasizing the need
27th for the students to
Launch of Skill Connect Program IEEE December, elevate their levels in
2014 accordance with the
current standards
Quality source of
knowledge to the
11th
Colloquium 14 IEEE students and faculty
October 2014
alike, about various
topics of same origin.
The motto, to offer an
alternative and cost-
15th effective option for
Technical Talk on Ham Radio IEEE September, remote
2014 communicators in rural
areas and developing
countries
Aimed to transform the
cluster
attendees into a team and
decide the course of
12th August,
Robotics Cluster II IEEE action of the cluster, as
2014
the motto of
clusters is to provide a
working environment for
enthusiastic students
To pass on the legacy of
IEEE GRIET SB into
professional hands and
17th July,
Junior ExeCom Recruitment Drive IEEE to provide an insight to
2014
the upcoming batches on
the function of student
branch

Presentation on theory
and evolution of
IEEE 25th March,
Robotics Cluster robotics, which dealt
2014.
with the developmental
necessities and logic of

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robotics

Aims to mainly focus

on the development of a
student in the field of
public speaking, writing
IEEE 15th March
Literary Cluster and reading skills,
2014
thereby boosting their
confidence levels high
enough to face the
present day world.

Topics dealing with the

rise of India as
superpower in the field
Technical talk on “Chandrayaan-1, IEEE 13th March, of space exploration and
Stepping stone to MOM” 2014 about the effect of the
success of Chandrayaan-
1 on Mars Orbiter
Mission.

acquainting students
25th about one of the most
IEEE
Web technology Cluster February, basic and necessary skill
2014 for a web designer,
“Photoshop”
The seminar aimed at
introducing the students
to the increasing
Seminar on “Transformation of Data: importance of “Data” in
IEEE 01 Mar 2013
from Relation data to Big data” today’s technological
world and how this
continuously multiplying
data can be dealt with.
The workshop focused
on the basic theoretical
concepts of android
27 Feb 2013
Workshop on “Android Application application development
IEEE to
Development” tools and practical
28 Feb 2013
implementation of these
concepts to design a
simple application
Emphasized the
Seminar on “Research and Education
IEEE 28 Jan 2013 importance of Data
Opportunities in Data Sciences”
Sciences to the students
Industrial Visit To Center for Exposed to the
IEEE 02 Jan 2013
Electronic Test Engineering (CETE), importance of testing all

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ECIL, Hyderabad the electric machinery

used in both research
and industry in order to
prevent any hazardous
accidents.
Prangnya’12 a national
level technical
symposium offers
challenges for people
coming from various
09 Oct 2012
walks of engineering.
PRAGNYA’12 IEEE to
The breadth of events
10 Oct 2012
extends from the
classical paper
presentations, to new
and demanding events
such as carbon trading.
To educate the
government school
students about the basics
of computers,
03 Aug 2012,
electronics,
WIE Star Program IEEE 06 Aug 2012,
communication etc., and
16 Aug 2012
update them with
various developments in
technology such as
robotics.
This educational
outreach program
promotes involvement of
IEEE members with
IEEE Star Program IEEE 03 Aug 2012
local junior high and
high schools in order to
create a positive image
of engineering careers.
The second and third
year students attended
this seminar where
introduction to the
Open Source Seminar IEEE & FSF 21 Jul 2012
concept of open source
was given and its uses
and advantages were
discussed.
To let the students know
Android Seminar IEEE & FSF 21 Jul 2012 the working of android
and its applications
“GRIET Productions” Club IEEE 31 Jul 2012 It provides a platform for

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the students who are

interested in
photography,
cinematography,
direction and script
writing.
The basic idea of this
session is to impart
Student Outreach Session IEEE 25 Jun 2012 knowledge about safety
from peril of addictions
by the youngsters.

4.4.2 Organization of paper contests, design contests, etc. and achievements (3)

(Instruction: The institution may provide data for past three years).

The Institute organizes contests in paper presentations, design contests in each department under
an event title, and the details are as follows:
PRAGNYA is a national level annual technical symposium held at GRIET, and is one among
the most popular and eagerly awaited events in Hyderabad. It is organized by the institute and
conducted by the IEEE Student Branch of GRIET. The event offers a platform for students to
enhance their class room knowledge in various domains and find connection with the real time
world while collaterally having fun. Academically it challenges the students' potential to exhibit
their ideas, technical skills and prowess in their domain. The events like Paper Contest, Poster
Presentation, Design Contest, Electronic Quiz, Code-O-Mania, Web Design, Show Your
Potential, Robotics, CAD Mania, Master-Caster are conducted under the PRAGNYA
Symposium.
x-Kernel is a annual event conducted to provide a platform for young Engineers to test their
skills. This Event is organized by CSE Department. x-Kernel is not the usual programming
contest. The core concept of the competition is the actual code consisting of logic and minimum
time of computation. It deals with out of the box thinking where participants ransack their brains
to find an accurate solution.
Scientific Fore Step is a technical competition wherein the students from various departments of
the institution participate and show case in project design and development contest.

Department level activities

Name of event Date No benefitted Activities Achievement

PPT Presentations,
Essay writing, Group
Discussion, Development of
UN World water Elocution, Poster skills for
22-03-2014 110 Nos
day 2014 presentation, leadership and
Situational Skit, communication
Listening
Comprehension

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PPT Presentations,
Essay writing, Group
Discussion, Development of
UN World water Elocution, Poster skills for
22-03-2015 217 Nos
day 2015 presentation, leadership and
Situational Skit, communication
Listening
Comprehension
Collusus
Brick Bond Development of
17-10-2014 &
Pragnya 2014 52 Nos Mock Up technical
18-10-2014
knowledge
Paper Presentation
PPT Presentations,
Essay writing, Group
Discussion, Development of
UN Peace day- Elocution, Poster skills for
21-09-2014 154 Nos
2014 presentation, leadership and
Situational Skit, communication
Listening
Comprehension
PPT Presentations,
Essay writing, Group
Discussion, Development of
UN Peace day- Elocution, Poster skills for
21-09-2013 227 Nos
2013 presentation, leadership and
Situational Skit, communication
Listening
Comprehension
PPT Presentations,
Essay writing, Group
Discussion, Development of
Engineer’s Day Elocution, Poster skills for
15-09-2014 154 Nos
2014 presentation, leadership and
Situational Skit, communication
Listening
Comprehension
PPT Presentations,
Essay writing, Group
Discussion, Development of
Engineer’s Day Elocution, Poster skills for
15-09-2013 227 No s
2013 presentation, leadership and
Situational Skit, communication
Listening
Comprehension

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PPT Presentations,
Essay writing, Group
Discussion, Development of
Engineer’s Day Elocution, Poster skills for
15-09-2012 146 Nos
2012 presentation, leadership and
Situational Skit, communication
Listening
Comprehension

Name of the Event

Date Benifited No Achievements
Organized
Workshop on
Construction &
28-Feb-15 17 Reuse of C&D waste
Demolition Waste
Recycling

Student Chapter (IEI)

inauguration by A.
Saibaba, Chief
Detailed knowledge of
Engineer, Railways 09-Feb-15 120
upcoming project
(IRSE) in the
department of Civil
Engineering

Visited Andhra
Pradesh Engineering Gained practical
2 & 3 Feb 2015 120
Research knowledge
Laboratories(APERL)
Conducted Psychology
Test by Mr. Ashish
shah Psychology 04-Feb-15 130 Awarness on Psycology
Trainer, BOCCONI,
India
Awareness programme Awareness on GRE &
23-Jan-15 140
for GRE and GATE GATE rules and benefits
Awareness program
on Need of Learning
Idea about latest
different software’s 21-Jan-15 120
software in Civil engg
for the civil
Engineering Students
Seminar on
Augmenting Power
Exposure to latest
supply for the lift 29 -30 Jan 2015 20
developments
irrigation and drinking
water schemes

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Two day National

workshop conducted
on “Sustainable
Technologies in civil Sustainable technologies
16& 17 Dec 2014 25
Engineering: in Civil Engg
Perspectives and
Strategies, STEPS-
2014
Training to Faculty and
Training program on 19 Dec 2014 to
7 students on Total station
Total Station 24 Dec 2014
survey
Familiarity with
Institution Visit to activities of Survey of
10-Apr-14 50
Survey of India India & interaction with
staff
Sustainable
Technologies in Civil
Engineering: Lectures by eminent
27 & 28 Dec13 50
Perspectives and persons
Strategies, STEPS
2013
Sustainable
Technologies For
Awareness on
Effective Management
Sustainable methods of
of Water Resources by 27-Dec-13 50
water resources
Dr.P.RamaRaju,
management
Former Engineer-in
Chief, AP Irrigation
Mining the minds of
the masses for
sustainable rural
Awareness on
technologies by Mr.J
Sustainable methods of
Srikar,Vice President, 27-Dec-13 50
water resources
palle Srujana, NGO
management
Working on
Sustainable Rural
Technologies
Eco Yoga for
attitudinal changes
towards ecological
Awareness on
sustainability by Dr.
Sustainable methods of
M Venkatareddy Ex 27-Dec-13 50
water resources
Director, Govt
management
Vemana Yoga
Research Institute,
Hyderabad

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Sustainable Green
Building Technologies
with case study, Field
Visit to Godrej Green
Building near Hi-tech
Exposure to green
City, Hyderabad by 28-Dec-13 50
building technologies
Er.K Sampath
KumarCounsellor-
Green Buildings, CII-
Sohrabji Godrej Green
Business centre

Sustainable Designs
Of Water Supply
Distribution Using
EPANET Software of
US Environmental
Protection Agency by Water distribution
Er. D. Ram Mohan 28-Dec-13 50 network design using
Rao, Associate EPANET
Professor, Muffakham
jah College of
Engineering &
Technology,
Hyderabad
Sustainable
Technologies for
Disaster Preparedness
and Management by
Dr. M. Bhasker Rao,
28-Dec-13 50 Disaster management
Former Specialist in
Policy Planning and
related issues, SAARC
Disaster Management
Centre, New Delhi
A two day national
workshop on Building 18th &19th Mar
43 Techniques in AutoCAD
planning & Drawing 2013
using Auto CAD
A two day national
workshop on 25th&26th Mar
41 Use of Total Station
Intelligent Surveying 2013
using Total Station

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A one day national

workshop Recent
Knowledge on pavement
Advances in Pavement
8th Feb 2013 66 materials and
Materials and
management
Pavement
Management
A two day national
workshop on 22nd&23rd Feb Surveying with Total
78
Advanced surveying 2013 Station
using Total Station
A two day national
workshop on Recent Knowledge Recent
27th&28th Feb
Trends in Concrete & 78 trends in construction
2013
Construction with concrete
Technology
Industrial visit to Awareness on practical
28th Sept 2013 85
PRECA India Pvt. Ltd structural elements

Conducted 4 technical
events in department of
4th and 5th Civil Engineering 1) A-1
Pragnya’13 45
October 2013 Surveyor 2) Explo CIV’s
3) CAD Mania 4) Paper
& poster presentation

Student Chapter (ICI)

Students will have
inauguration in the
Oct-12 85 exposure to activities of
department of Civil
professional bodies
Engineering

4.4.3 Publication of technical magazines, newsletters, etc (3)

(Instruction: The institution may list the publications mentioned earlier along with the names of
the editors, publishers, etc.).

GRIET is actively engaged in R & D, in encouraging research, promoting and contributing

information in this sphere as is evident from the publications originating from its campus.
e-GEM: GRIET e-Magazine (GeM) is an e-initiative taken by Gokaraju Rangaraju Institute of
Engineering and Technology (GRIET) to encourage e-culture among its students. This will also
serve as a wall for students to paint their thoughts and be as creative as their minds can be. Using
GeM we plan to raise the awareness of how this multifaceted internet can also serve as a medium
for colleges to encourage creativity among its students. Gem will be portal for students to
showcase their oft hidden talents, be it in their literary skills or their knowledge of latest
happenings in their respective field of interest.

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REFLECTIONS: The College Magazine- “Reflections” truly reflects the mood and mind of
GRIETians. College Editorial team brings out the reflections annually with college events,
achievements, life elements in and around GRIET covering circular aspects and beyond GRIET.
International Journal of Advanced Computing (IJAC) is Quarterly Research Journal by
GRIET and published from Hyderabad, Andhra Pradesh, India. It provides a world wide forum
with innovative, practical development exposure as well as original research results on
Computing Technologies. The Journal bring out the researchers and application developers from
a wide range of Computing Techniques such as Statistics, Data Mining, VLSI, Nano Computing,
Parallel Computing, Mobile Computing etc and is promoting high quality and novel research
findings and innovative solutions to challenging Advanced Computing Problems, the Journal
seeks to continuously advance the state of the art in Computing Techniques.
International Journal of Data Engineering and Computer Science (JDEC): As part of
academic development and R&D, we have initiated this Journal with every effort to foster the
values of inquisitiveness, exploration, invention. The Research community is invited to share
their ideas through this Journal and publish their research work related to areas of Data
Engineering and Computer Science.
International journal of Advanced Materials Manufacturing & Characterization
(IJAMMC): The aim of IJAMMC is to promote a greater knowledge and understanding of the
attributes and capabilities of all types of modern engineering materials in the context of
engineering processing and characterization. The objective of this journal is to bring together
experts’ research ideas, advanced industry practices through various research organizations and
professional engineers for sharing of knowledge, expertise and experience in the emerging trends
related to advanced materials processing, manufacturing and characterization. And also make
these ideas available to various academia and others to promote research in the country.
Management Today: An International Journal, published by Department of Management
Studies, GRIET. The journal publishes the latest developments in Management Education,
Practice and Profession. The principal objective is to provide a forum for academicians,
researchers, and professionals in Management all over the world to promote their research, share
their ideas, discuss and/or communicate their views on various issues and developments in
different areas of Management. The areas of focus could include: General Management,
Financial Management, Human Resource Management, Marketing Management, Production
Management, Strategic Management, Management of Change, Organizational Behavior,
Organizational Development, Management Information Systems, International Management,
Management Accounting, Managerial Economics, etc.
Civil Techno Project Mission: A half yearly newsletter published by department of Civil
Engineering. This covers the events conducted, achievements of students and staff in the
previous six moths. News letter highlights the recent developments in Civil engineering field.
Editorial team headed by head of the department consists of few students and staff. Circulated
among all students, faculty, industries etc.

Name of Magazine Started

Publications Issue Editor Publisher(s)
/ newsletter Year
Civil Techno Project Dr. Mohd Dept of Civil Engg,
Newsletter Half yearly 2012
Mission Hussain GRIET
Gokaraju Rangaraju
e-Magazine GEM Monthly 2008 Ramya V Institute of Engineering
and Technology

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Gokaraju Rangaraju
Lakshmi
News Letter Reflections Yearly 2001 Institute of Engineering
Prasanna
and Technology
International Journal Quarterly Gokaraju Rangaraju
Prof.
Journal of advanced ISSN: 2009 Institute of Engineering
P.S.Raju
computing (IJAC) 0975-7686 and Technology
International
Journal of Data Yearly Dr. Gokaraju Rangaraju
Journal Engineering and ISSN: 2009 Jandhyala Institute of Engineering
Computer Science 0975-8372 N Murthy and Technology
(JDEC)
International Journal
of Advanced Dr.
Yearly Gokaraju Rangaraju
Materials Swadesh
Journal ISSN: 2012 Institute of Engineering
Manufacturing and Kumar
2277-3886 and Technology
Characterization Singh
(IJAMMC)
Management Today,
Half Yearly Gokaraju Rangaraju
International Journal Dr. P.B.
Journal ISSN: 2012 Institute of Engineering
of Management Appa Rao
2230-9764 and Technology
Studies

4.4.4 Entrepreneurship initiatives, product designs, and innovations (3)

(Instruction: The institution may specify the efforts and achievements.)

Marks cannot be greater than max Marks. Entrepreneurship Development Cell takes initiatives
for motivating students in product designs and innovations concerned with the individual
specialty.

Departmental Level Entrepreneurial Activities:

Event Event Name / Effort Achievements
2015
“Faculty Development Programme in Participants:
Entrepreneurship” at GRIET from 26-03-2015 Dr. V Srinivasa Reddy
FDP in to 08-04-2015, organized by Centre for Associate Professor
Entrepreneurship entrepreneurship development (CED), Department of Civil
@EDC GRIET, Hyderabad supported by Entrepreneurship Engineering
Hyderabad as part Development Institute of India(EDII)
of Entrepreneur Ahmadabad, sponsored by National Science S Venkata Charyulu
initiative program. and Technology Entrepreneurship Assistant Professor
Development Board (Ministry of Science & Department of Civil
Technology, Government of India) Engineering
2014
“Competition on Innovation and Product N C Maulika (
Entrepreneur
Development” on 22 Jan 2014 at Block No:4 11241A0145)
Development Cell
Department of Bio-Technology , Room No: III/IV B.Tech Student

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4413 (2011-15) gave her poster

presentation on Innovative
crack healing concrete.

Institute Level Entrepreneurial Activities:

Year Event Achievement/ Impact

2012-13
1. Mr. VV Hitheswar successfully
1. Student Competition on
launched YQ Software Ltd.
‘Entrepreneurship challenge’
2. Eight students joined family
2. Lecture by Patent Awareness
business in 2011-12
3. MSME Program on
3. Thirteen students joined family
Entrepreneurship
business in 2012-13

2013-14 1. Organized a guest lecture

by eminent and
entrepreneur Mr. Srikanth
of sunfield energy pvt.Ltd
1. Explained entrepreneur
on 23.10.2013
opportunities to students
2. An interactive session with
2. Motivation to students
CEO of Fortune
3. Students participated with their
Automobiles Mr. Nirav
ideas received the prizes and
Modi on 22.11.2013
appreciation certificates
3. Conducted competition on
exhibiting innovative
products on 22.01.2014

2014-15 1. Organized a seminar on

importance of
entrepreneurship on 27-8-
1. motivated the students
2014 and Assistant Director
2. selected 2 ideas to be presented
MSME was chief guest
for Financial assistance to MSME
2. Conducted “ idea tree” on 19-
3.thiry faculty participated in this
2-2015
program
3. Conducted an FDP for GRIET
4.encouraging students to
Staff from 26-3-2015 to 8-4-
become entrepreneurs
2015 in collaboration with
Centre for Entrepreneurship
Development GRIET initiated

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 B.Tech (Civil Engineering) SAR - PART
B

the culture of incubation

centres in association with
Govt.of India and private
industries.
4. GRIET established incubation
centre with Micro Small
Medium Enterprise(MSME)
5. GRIET received grant worth
Rs. 52 lakhs funding for 8
projects from MSME (Micro
Small Medium Enterprise) a
central government
organization for encouraging
students to become
entrepreneurs

4.4.5 Publications and awards in inter-institute events by students of the programme of

study (3)

(Instruction: The institution may provide a table indicating those publications, which fetched
awards to students in the events/conferences organised by other institutes. A tabulated list of all
other student publications may be included in the appendix.)

All Technological Universities and institutions hold technical festivals annually and paper and
model presentations are awarded prizes. The students of GRIET have also won many laurels
over the years and this is a regular annual achievement the institute is proud of.

Inter-Institute Events by Students:

Name of the Name of the students/

Year Place Achievement
Programme Branch
Institute of
Public Ms. K. Keerthi
Ankhur business Fifth Position
11 Feb 2015 Enterprises (III B.Tech)/ Civil
Plan (B- Plan)
(IPE) Engineering

“Survey saints” held

2-4 Mar Mr. M. Bharadwaj II
at CONVERGENCE VNRVJIET First position
2015 B.Tech / Civil Engineering
2K15
“Tech LIKZ” held at
2-4 Mar Mr. M. Bharadwaj II
CONVERGENCE VNRVJIET Participated
2015 B.Tech / Civil Engineering
2K15
“CBIT Mr. A. Sai chetan
10 & 11 Paper
CIVILIZATION CBIT 12241A0102 and Miss. Ch.
March 2015 Presentation
2015” Sirisha 12241A0109
10 -11 Mr. A. Sai chetan Paper
“STHAPTYA 2015 JNTUH
March 2015 12241A0102 and Miss. Ch. Presentation

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 B.Tech (Civil Engineering) SAR - PART
B

Sirisha 12241A0109
Institution of
15th Sep Mr. M. Azharuddin
47th Engineers’ Day engineers bagged award
2014 11241A0194
(India)
Best outgoing Pentala Divya,
Aug 2014 JNTUH Gold Medal
student 10241A0145
08-09th second prize in
MREC,
NCETSTM2K14 August Y Sai Santosh Paper
Hyderabad
2014 Presentation
“Technology winning team
Entrepreneur 26 Jul 2014 ISB R. Kowsik 12241A0149 leader in Young
Program(TEP)” Entrepreneur
13thGraduation day First with
JUL 2013 GRIET Ms. Anusha (09241A0157)
88.27%
Mrs&Mr
13thGraduation day Mr. Gopi Krishna Masthan
JUL 2013 GRIET
(09241A0165) endowment
award
Ms.P.Divya (10241A0145)
Mrs&Mr
& Ms.Navyatha Masthan
13thGraduation day JUL 2013 GRIET
(10241A01A3) endowment
award

Student Publications:

1. V Srinivasa Reddy, N C Maulika (2014), ” Bacteria Based High Performance Concrete”,

National Conference on Advances in Civil Engineering and Infrastructure development
(ACEID-2014), 6-7 February 2014, Vasavi College of Engineering, Hyderabad.
2. V Srinivasa Reddy, Y Sai Santosh (2014), “Post Fire Damage Assessment And
Rehabilitation Of Fire Damaged Concrete Structures”, Proceedings of the National
Conference on Emerging Trends in Science, Technology and Management
(NCETSTM2K14), Malla Reddy Engineering College, Hyderabad, 08-09th August 2014,
pp. 44-53. (Sai santosh got second prize ( photo of prize and certificate attached))

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 B.Tech (Civil Engineering) SAR - PART B

5 Faculty Contributions (175)

List of Faculty Members:

(Instruction: The institution may complete this table for the calculation of the student-teacher ratio (STR). Teaching loads of the
faculty member contributing to the undergraduate programme only (2nd, 3rd, and 4th year) are considered to calculate the STR.)

For CAYm2 2012-2013

Distribution of teaching Number R & D and Consultancy work with

load (%) of amount
research Holding
Highest Date of publicatio an Interaction
Year of
Name of the Faculty Qualificatio University Designation Joining the ns in IPRs incubatio with outside
graduation 1st
n Institution UG PG journals Funding Agency Amount n unit world
Year
and
conferenc
es
Dr G Venkata JNTU, None
Ph.D 2010 Professor 01.05.2010 0.00 100.00 0.00 14 None None 0.00 0
Ramana Hyderabad
Institution
Dr. Mohammad JNTU, of
Ph.D 2002 Professor 03.06.2011 0.00 100.00 0.00 6 None None 0.00 0
Hussain Hyderabad eminence
in India
NTU, None
Dr Akshay SK Naidu Ph D 2003 Professor 01.03.2012 0.00 100.00 0.00 13 None None 0.00 0
Singapore
Univ. of None
Illionois,
Associate
Dr. Ravi Shankar BR Ph. D Urbana 2007 02.08.2010 0.00 100.00 0.00 6 None None 0.00 0
professor
champaign,
USA
Institution
M.E/ MS Univ of Associate of
Sri V Gajendra 1996 08.08.2009 0.00 100.00 0.00 11 None None 0.00 0
M.Tech Baroda, professor eminence
in India
Associate Institution
Sri V Mallikarjun M.E/ JNTU, professor of
2008 01.07.2010 0.00 100.00 0.00 0 None None 0.00 0
Reddy M.Tech Hyderabad eminence
in India
Associate Institution
Sri GVV M.E/ JNTU, professor of
2008 16.11.2010 0.00 100.00 0.00 0 None None 0.00 0
Satyanarayana M.Tech Hyderabad eminence
in India

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 B.Tech (Civil Engineering) SAR - PART B

Institution
M.E/ JNTU, Assistant of
Ms. C Lavanya 2005 27.05.2010 0.00 100.00 0.00 4 None None 0.00 0
M.Tech Kakinada Professor eminence
in India
Sri Bh. Mahesh B.E/ Assistant None
JNTUH 2008 16.10.2010 0.00 100.00 0.00 0 None None 0.00 0
Chandraaknth B.Tech Professor
Sri S Venkata M.E/ Assistant None
JNTUH 2013 09.07.2010 0.00 100.00 0.00 0 None None 0.00 0
charyulu M.Tech Professor
M.E/ Assistant 50.0 None
Sri S.Prasad Raju JNTUH 2012 25.10.2010 50.00 0.00 0 None None 0.00 0
M.Tech Professor 0
M.E/ Assistant None
Nithya John JNTUH 2011 02.04.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
M.E/ JNTU, Assistant None
Mr.Y. Kamala Raju 2011 22.05.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Kakinada Professor
Ms O.S.D Hima M.E/ Assistant None
Andhra Univ 2005 25.06.2012 0.00 100.00 0.00 0 None None 0.00 0
Bindu M.Tech Professor
Mr. A. Srinivasa M.E/ Bharat Assistant None
2007 27.06.2012 0.00 100.00 0.00 0 None None 0.00 0
Reddy M.Tech University Professor
B.E/B.Te Assistant None
Mr. D.Siddu Ramulu JNTU H 2009 14.07.2012 0.00 100.00 0.00 0 None None 0.00 0
ch Professor
B.E/B.Te Assistant None
R. Ramya Swetha Andhra Univ 2013 12.09.2012 0.00 100.00 0.00 0 None None 0.00 0
ch Professor
M.E/ Assistant None
Mr. B.Raja sekhar JNTUH 2010 06.12.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
Mr.C.Venkateshwara M.E/ Assistant None
Andhra Univ 2011 07.12.2012 0.00 100.00 0.00 0 None None 0.00 0
Rao M.Tech Professor
M.E/ Assistant None
Mr. B.Srinivasa Rao JNTUH 2009 06.12.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
Mr. B.Krupakar M.E/ Assistant None
JNTUH 2012 27.11.2012 0.00 100.00 0.00 0 None None 0.00 0
Yadav M.Tech Professor
Mr. S. Madhusudhan M.E/ Assistant None
Andhra Univ 2012 29.11.2012 0.00 100.00 0.00 0 None None 0.00 0
Reddy M.Tech Professor
M.E/ Assistant None
Mr. P. Mahesh kumar JNTUK 2005 30.11.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
M.E/ Assistant None
Mr. B. Srinu Naik JNTUH 2012 3.12.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
M.E/ Assistant None
Mr. P.N.K Haranath JNTUH 2009 3.12.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
Mr. T.K. Satish M.E/ Assistant None
JNTUA 2011 4.12.2012 0.00 100.00 0.00 0 None None 0.00 0
Kumar M.Tech Professor
Mr. M.Prasanna M.E/ Assistant None
Andhra Univ 2012 8.12.2012 0.00 100.00 0.00 0 None None 0.00 0
Kiran Kumar M.Tech Professor
M.E/ Assistant None
Mr.. Ravi Gadiraju Andhra Univ 2010 1.12.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor

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 B.Tech (Civil Engineering) SAR - PART B

For CAYm1 2013-2014

Distribution of teaching Numb R & D and Consultancy work with
load (%) er of amount
resear
ch Holding
Highest Year of Date of public an Interaction
Name of the Faculty Qualificatio University graduatio Designation Joining the ations IPRs incubati with outside
1st
n n Institution UG PG in Funding Agency Amount on unit world
Year
journa
ls and
confer
ences
Institution
JNTU, of
Dr. Mohammad Hussain Ph.D 2002 Professor 03.06.2011 0.00 100.00 0.00 6 None None 0.00 0
Hyderabad eminence
in India
Institution
JNTU, of
Dr G Venkata Ramana Ph.D 2010 Professor 01.05.2010 0.00 100.00 0.00 14 None None 0.00 0
Hyderabad eminence
in India
Institution
M.E/ MS Univ of Associate of
Sri V Gajendra 1996 08.08.2009 0.00 100.00 0.00 14 None None 0.00 0
M.Tech Baroda, professor eminence
in India
M.E/ Associate Institution
Sri V Mallikarjun M.Tech JNTU, professor of
2008 01.07.2010 0.00 100.00 0.00 4 None None 0.00 0
Reddy Hyderabad eminence
in India

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 B.Tech (Civil Engineering) SAR - PART B

M.E/ Associate Institution

M.Tech JNTU, professor of
Sri GVV Satyanarayana 2008 16.11.2010 0.00 100.00 0.00 0 None None 0.00 0
Hyderabad eminence
in India
Institution
Mr. T Srinivas M.E/ JNTU, Assosiate of
2006 20.06.2013 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Hyderabad professor eminence
in India
Mr. B Shanmukhewara M.E/ JNTU, Assosiate None
1993 20.06.2013 0.00 100.00 0.00 0 None None 0.00 0
Babu M.Tech
BABU Hyderabad professor
Institution
M.E/ JNTU, Assosiate of
Mr. V Srinivasa Reedy 2002 01.07.2013 0.00 100.00 0.00 35 None None 0.00 0
M.Tech Hyderabad professor eminence
in India
Institution
M.E/ JNTU, Assistant of
Ms. C Lavanya 2005 27.05.2010 0.00 100.00 0.00 8 None None 0.00 0
M.Tech Kakinada Professor eminence
in India
M.E/ JNTU, Assistant None
Sri S Venkata charyulu 2013 09.07.2010 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Hyderabad Professor
M.E/ JNTU, Assistant 50.0 None
Sri V. S.Prasad Raju 2012 25.10.2010 50.00 0.00 1 None None 0.00 0
M.Tech Hyderabad Professor 0
M.E/ JNTU, Assistant None
Nithya John 2011 02.04.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Hyderabad Professor
M.E/ JNTU, Assistant None
Mr.Y. Kamala Raju 2011 22.05.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Kakinada Professor
M.E/ Andhra Assistant None
Ms O.S.D Hima Bindu 2005 25.06.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor
M.E/ Bharat Assistant None
Mr. A Srinivasa Reddy 2007 27.06.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor
M.E/ Andhra Assistant None
Mr.. Ravi Gadiraju 2010 1.12.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor
Mr. V.S.S.Sudheer M.E/ Assistant None
JNTUH 2014 20.06.2013 0.00 100.00 0.00 0 None None 0.00 0
Chekka M.Tech Professor
Mahatma None
M.E/ Assistant
Ms. Ayona Nair Gandhi Univ, 2011 01.07.2013 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
Kerala
M.E/ Andhra Assistant None
Mr. M. Suresh Babu 2012 12.09.2013 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor
M.E/ CBIT/Osman Assistant None
Ms. P. Sirisha 2008 10.02.2014 0.00 100.00 0.00 0 None None 0.00 0
M.Tech ia University Professor
B.E/ Assistant None
Mr. D.Siddu Ramulu JNTU H 2009 14.07.2012 0.00 100.00 0.00 0 None None 0.00 0
B.Tech Professor
B.E/ Assistant None
Ms. P.Santhi Raj NITW 2000 25.06.2012 0.00 100.00 0.00 0 None None 0.00 0
B.Tech Professor
B.E/ Assistant None
K Shilpa SVU 2003 03.07.2012 0.00 100.00 0.00 0 None None 0.00 0
B.Tech Professor

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 B.Tech (Civil Engineering) SAR - PART B

Univ. of Institution
Illionois, of
Associate
Dr. Ravi Shankar BR Ph. D Urbana 2007 02.08.2010 0.00 100.00 0.00 6 None None 0.00 0 eminence
professor
champaign, in India
USA
GRIET/JNT Assistant None
B.E/
Ms. J. Srilaxmi U, 2013 Professor 24.07.2013 0.00 100.00 0.00 0 None None 0.00 0
B.Tech
Hyderabad
Institution
NTU, of
Dr Akshay SK Naidu Ph D 2003 Professor 01.03.2012 0.00 100.00 0.00 13 None None 0.00 0
Singapore eminence
in India
M.E/ Andhra Assistant None
Ms. R Ramya Swetha 2013 12.09.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor

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 B.Tech (Civil Engineering) SAR - PART B

For CAY 2014-2015

Distribution of teaching load Number R & D and Consultancy work

(%) of with amount
research Holding
Highest Year of publicatio an Interaction
Date of Joining
Name of the Faculty Qualificatio University graduati Designation st ns in IPRs incubati with outside
the Institution 1
n on UG PG journals Funding Agency Amount on unit world
Year
and
conferenc
es
Institution
JNTU, Professo of
Dr. Mohammad Hussain Ph.D 1983 03.06.2011 0.00 100.00 0.00 6 None None 0.00 0
Hyderabad r eminence
in India
Andhra Professo None
Dr. N. Sanjeev Ph.D 1983 03.11.2014 0.00 25.00 75.00 9 None None 0.00 0
University r
Institution
NIT, Professo of
Dr. G.V.K.S.Vara Prasad Ph.D 2008 29.12.2014 0.00 100.00 0.00 9 None None 0.00 0
Warangal r eminence
in India
Institution
NIT, Professo of
Sri C.V.S Narayana M.E/ 1985 23.12.2014 0.00 100.00 0.00 1 None None 0.00 0
Warangal r eminence
M.Tech in India
Institution
M.E/ JNTU, Assosiate of
Sri V Mallikarjun Reddy 2008 01.07.2010 0.00 50.00 50.00 6 None None 0.00 0
M.Tech Hyderabad professor eminence
in India
Institution
M.E/ JNTU, Assosiate of
Sri GVV Satyanarayana 2008 16.11.2010 0.00 25.00 75.00 7 None None 0.00 0
M.Tech Hyderabad professor eminence
in India
Institution
Mr. T Srinivas M.E/ JNTU, Assosiate of
2006 20.06.2013 0.00 50.00 50.00 0 None None 0.00 0
M.Tech Hyderabad professor eminence
in India
Institution
Mr. B Shanmukhewara M.E/ JNTU, Assosiate of
1993 20.06.2013 0.00 100.00 0.00 0 None None 0.00 0
Babu BABU
M.Tech Hyderabad professor eminence
in India
Institution
JNTU, Assosiate of
Dr. V Srinivasa Reedy PhD 2002 01.07.2013 0.00 50.00 50.00 44 None None 0.00 0
Hyderabad professor eminence
in India

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 B.Tech (Civil Engineering) SAR - PART B

Institution
JNTU, Assistant of
Dr. C Lavanya PhD 2005 27.05.2010 0.00 100.00 0.00 9 None None 0.00 0
Kakinada Professor eminence
in India
Institution
M.E/ JNTU, Assistant of
Sri S Venkata charyulu 2013 09.07.2010 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Hyderabad Professor eminence
in India
M.E/ JNTU, Assistant None
Sri S.Prasad Raju 2012 25.10.2010 50.00 50.00 0.00 0 None None 0.00 0
M.Tech Hyderabad Professor
M.E/ JNTU, Assistant None
Mr. Y. Kamala Raj 2011 22.05.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Kakinada Professor
Institution
M.E/ Andhra Assistant of
Ms. O.S.D Hima Bindu 2005 25.06.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor eminence
in India
M.E/ Bharat Assistant None
Mr. A. Srinivasa Reddy 2007 27.06.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor
Mahatma
M.E/ Gandhi Assistant National
Ms. Ayona Nair 2011 01.07.2013 0.00 100.00 0.00 0 None 0.00 0 None
M.Tech Univ, Professor Agency
Kerala
CBIT/Osma None
M.E/ Assistant
Ms. P Sirisha nia 2008 10.02.2014 50.00 50.00 0.00 0 None None 0.00 0
M.Tech Professor
University
M.E/ IIIT, Assistant None
Ms. C Preeti 2013 24.06.2014 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Hyderabad Professor
M.E/ Andhra Assistant None
Ms. R Ramya Swetha 2013 12.09..2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech University Professor
M.E/ NIT, Assistant None
Mr. Shaik Fayazuddin 2014 01.08.2014 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Warangal Professor
M.E/ NIT, Assistant None
Mr. G Karthik 2014 25.06.2014 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Nagpur Professor
M.E/ Assistant None
Ms. K Shilpa JNTU H 2014 03.07.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
B.E/ JNTU, Assistant None
Mr, D.Siddu Ramulu 2009 14.07.2012 0.00 100.00 0.00 0 None None 0.00 0
B.Tech Hyderabad Professor
M.E/ Assistant None
Ms. P.Santhi Raj JNTUH 2014 25.06.2012 0.00 100.00 0.00 0 None None 0.00 0
M.Tech Professor
nstitution
JNTU, Professo of
Dr G Venkata Ramana Ph.D 2010 01.05.2010 0.00 100.00 0.00 14 None None 0.00 0
Hyderabad r eminence
in India
GRIET/JNT None
B.E/ Assistant
Ms. J. Srilaxmi U, 2013 24.07.2013 0.00 100.00 0.00 0 None None 0.00 0
B.Tech Professor
Hyderabad
Mr. V.S.S.Sudheer M.E/ Assistant None
JNTUH 2014 20.06.2013 0.00 100.00 0.00 0 None None 0.00 0
Chekka M.Tech Professor

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 B.Tech (Civil Engineering) SAR - PART B

M.E/ M. JNTU, Assistant None

Ms. K Hemalatha 2014 02.05.2014 0.00 100.00 0.00 0 None None 0.00 0
Tech Hyderabad Professor
B.E/ Assistant None
Ms. K Puneetha reddy KLU 2013 02.05.2014 0.00 100.00 0.00 0 None None 0.00 0
B.Tech Professor
SCEW/JNT None
B.E/ Assistant
Ms. K. Soujanya U, 2014 03.06.2014 0.00 100.00 0.00 0 None None 0.00 0
B.Tech Professor
Hyderabad
Ms. Sri Lakshmi Sravya M.E/ Vellore Inst. Assistant None
2012 26.03.2015 0.00 100.00 0.00 0 None None 0.00 0
M M.Tech Of Tech Professor

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 B.Tech (Civil Engineering) SAR - PART
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5.1 Student-Teacher Ratio (STR) (20)

STR is desired to be 15 or superior

Assessment = 20 × 15/STR; subject to maximum assessment of 20
STR = (x + y + z)/N1
where, x = Number of students in 2nd year of the programme
y = Number of students in 3rd year of the programme
z = Number of students in 4th year of the programme
N1 = Total number of faculty members in the programme (by considering fractional load)

Year X Y Z N1 X+Y+Z STR Assessment

2012-2013 140 142 121 28 403 14.39 20.00
2013-2014 135 134 141 27 410 15.19 19.76
2014-2015 137 138 133 27 408 15.11 19.85

19.87
Average assessment

N = Maximum {N1, N2}

N1 = Total number of faculty members in the programme (considering the fractional load)
N2 = Number of faculty positions needed for student-teacher ratio of 15

Year Sanctioned Intake Actual Admitted N1 N2 N=Max.(N1,N2)

2012-2013 360 403 28 27 28
2013-2014 360 410 27 27 27
2014-2015 360 408 27 27 27

5.2 Faculty Cadre Ratio (20)

Assessment = 20 × CRI
where, CRI = Cadre ratio index
= 2.25 × (2A + B)/N; subject to max. CRI = 1.0
where, A = Number of professors in the programme
B = Number of associate professors in the programme

Year A B N CRI Assessment

2012-2013 3 4 28.00 0.80 16.07
2013-2014 3 7 27.00 1.00 20.00
2014-2015 5 5 27.00 1.00 20.00

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 B.Tech (Civil Engineering) SAR - PART
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18.69
Average assessment

5.3 Faculty Qualifications (30)

Assessment = 3 × FQI
where, FQI = Faculty qualification index
= (10x + 6y +2z0)/N2
where, X = Number of faculty members with PhD
Y = Number of faculty members with ME/ M Tech
Z = Number of faculty members with B.E/B.Tech

X Y Z N FQI Assessment
2012-2013 4 21 3 28.00 6.07 18.21
2013-2014 4 19 4 27.00 6.00 18.00
2014-2015 6 21 4 27.00 6.89 20.67

18.96
Average assessment

5.4 Faculty Competencies correlation to Programme Specific Criteria (15)

(Provide evidence that programme curriculum satisfies the applicable programme criteria
specified by the appropriate American professional associations such as ASME, IEEE and
ACM. You may list the programme specific criteria and the competencies (specialization,
research publications, course developments etc.,) of faculty to correlate the programme specific
criteria and competencies.)

In GRIET, the quality and performance of the students during their course duration and
subsequent passage in their careers are very important considerations. The institution evaluates
student performance, advises students regarding curricular and career matters, and also monitors
student’s progress to foster their success in achieving program outcomes, thereby enabling them
as graduates to attain program objectives. The institution has enforced policies for the validation
of programme curriculum to satisfy the applicable programme criteria specified by the ASCE
and IUCEE. The procedures evolved based on the policies to assure that students at GRIET meet
all program requirements.
GRIET constantly endeavors to have faculty with relevant competency and qualification to
satisfy all of the curricular areas of the program. The institution accommodates adequate levels
of student-faculty interaction, student advising and counseling by the faculty, University service
activities, professional development, and interactions with industrial and professional

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 B.Tech (Civil Engineering) SAR - PART
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practitioners, as well as employers. The faculty ensures that the program curriculum devotes
adequate attention and time to each component, consistent with the outcomes and objectives of
the program and institution.
Our faculty has appropriate qualifications and demonstrates sufficient authority to ensure proper
guidance of the program and to develop and implement processes for the evaluation, assessment,
and continuing improvement of the program, and its objectives and outcomes. Our faculty has
the overall competence with diversity of backgrounds, engineering experience, teaching
experience, ability to communicate, enthusiasm for developing more effective programs, level of
scholarship, participation in professional societies.
At GRIET, the structure of the curriculum provides both breadth and depth across the range of
engineering topics implied by the title of the program. The professional component of our
curriculum includes:
a. One year of a combination of college level mathematics and basic sciences (some
with experimental experience) appropriate to the discipline.
b. One and half years of engineering topics, consisting of engineering sciences and
engineering design appropriate to the student's field of study. The engineering
sciences have their roots in mathematics and basic sciences but carry knowledge
further toward creative application. These studies provide a bridge between
mathematics and basic sciences on the one hand and engineering practice on the
other. Engineering design is the process of devising a system, component, or process
to meet desired needs. It is a decision-making process (often iterative), in which the
basic sciences, mathematics, and the engineering sciences are applied to convert
resources optimally to meet these stated needs.
c. A general education component that complements the technical content of the
curriculum and is consistent with the program and institution objectives.
d. In third and fourth years the programme covers all important areas of civil
engineering like Structural engineering, geotechnical engineering, transportation,
water resources, environmental engineering, construction technology etc. The
programme also covers advanced subjects like STAAD, AutoCAD, GIS etc.

The Civil Engineering discipline encompasses the principles in domain of materials, applied
mechanics, computer aided drafting and design, construction, experimental techniques /
procedures, analysis of engineering data, structural analysis / design of concrete and steel
structures, design of transportation systems, water supply and sewerage facilities, canals, dams,
irrigation structures, bridges, foundations, sustainability.

The following are the components of core curriculum satisfying Program Specific Criteria.

1. Program Specific Criteria’s Structural engineering Courses and Faculty Competency

Structural Engineering is the subject domain dealing with design of civil engineering
structures. This deals with basics of structural analysis, strength of materials and then design of
structures like multistoried buildings, bridges, water tanks etc. It also deals with design with
different materials like Steel, Reinforced cement concrete, prestressed concrete etc.

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Structural Engineering Specific Courses Name of the Faculty

Strength of materials Y. Kamala Raju / K. Hemalatha
Structural Analysis Dr. V. Srinivasa Reddy / GVV Satyanarayana
Advanced Structural Analysis Dr. V. Srinivasa Reddy/ J. Cici Jennifer Raj
Design of Reinforced Concrete Structures V. Mallikarjuna Reddy / V. Naresh Kumar Varma
Prestressed Concrete Dr. Md. Hussain / P.Sirisha
Design of Steel structures V. Mallikarjuna Reddy / C.Preeti
Finite Element Methods GVV Satyanarayana /C.Preeti
Engineering Mechanics V.S.P.Raju
Strength of Materials Lab R Ramya Swetha / C. Preethi/ P.Sirisha
STAAD Lab T. Srinivas / R. Ramya Swetha
CAD Lab A.Srinivasa Reddy/R.Ramya Swetha

Dr. Mohd. Hussain obtained his B.Tech degree in Civil Engineering from
National Institute of Technology, Warangal in the year 1983. He got
Postgraduate degree M.E. in “Hydromechanics and Water Management”
from University College of Engineering, Osmania University in the year
1992. He obtained his doctoral degree Ph.D. in “Water Resources
Engineering” from JNTUH in the year 2002. He holds postgraduate degree
MHRM from Pondicherry University in 2004 and Postgraduate Diploma in
“Design and Construction of Concrete Structures” from Annamalai
University in 2006. He is Fellow of Institution of Engineers (FIE), Fellow of
Indian Institution of Bridge Engineers (IIBE) and Life member of IWRS,
Roorkee. He is the founder coordinator of three centres in GRIET; Centre for
Continuous Excellence in Life Skills(CEL), Centre for Sustainable
Technologies for Eco-Social Resilience to Global Climate Change(CST-
ERG) and Centre for Water Resources Engineering and Management
(CREAM). He worked in Nagarjuna sagar Project and Hydrology Project
AP Irrigation and Command Area Development Department. He worked as
faculty member in Water and Land Management Training and Research
Institute (WALAMTARI), Hyderabad for fourteen years. He was associated
with a Collaborative Research project on Ground water in Chittoor district
with NGRI. He has 29 years of rich field, administrative, research and
teaching experience. His research interests include Water Resources
Engineering, Irrigation Engineering and Management, Groundwater and
Surfacewater Conjunctive Use Management, Hydrometry, Rainwater
Harvesting, Capacity building of water managers and water users in the area
of Irrigation Management, Participatory Irrigation Management(PIM),
Concrete Bridge Engineering, Concrete structures - particularly - Buildings
and Hydraulic Structures. He published Twenty six papers in journal,
national and international conferences. He conducted seminars/workshops
and attended both as participant and resource person in many workshops and

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seminars.
Dr. V Srinivasa Reddy has joined the Department of Civil Engineering,
GRIET Hyderabad as Associate Professor in July 2013. Prior to this he was
working as Lecturer in Department of Civil Engineering JNTUH College of
Engineering Hyderabad from Sep 2008 to Jun 2013. He received Ph.D
degree in Civil Engineering from JNTU Hyderabad, M.Tech in Structural
Engineering from JNTU Hyderabad in 2002 ( topped his batch) and B.Tech
in Civil Engineering from Acharya Nagarjuna University in 1996. He has to
his credit over 56 research papers published in various referred national and
international journals and conferences. His Doctoral research is on Self
healing microbial concrete. He has received Scholarship from State Bank of
India during his B.Tech and M.Tech. He has more than 6 years teaching
experience in Civil Engineering and 10 year experience in Information
Technology. He is currently member of Entrepreneur Development Cell
(EDC) GRIET - member (From Nov 2013 - till date). He has association
with number of professional bodies such as Institute of Engineers (India)
(IEI), Indian Society for Technical Education (ISTE), Indian Concrete
Institute (ICI), Universal Association of Civil, Structural and Environmental
Engineers (UACSE), American Concrete Institute (ACI) India Chapter. His
research interests are Concrete technology, Special concretes, Rehabilitation
and Retrofitting of structures, Civil Engineering Software applications.
During his teaching career he has taught both B.Tech and M.Tech subjects
such as Engineering Mechanics, Surveying, Construction Management,
Strength of Materials, Structural Analysis, Concrete Technology,
Rehabilitation and retrofitting of structures, Structural Stability Analysis,
Shells and Folded Plates, Finite Element Methods, Theory of Elasticity and
Plasticity and Structural Dynamics.
Mr.V.Mallikarjuna Reddy got B.Tech (Civil Engineering) from
S.V.University, Tirupati in Dec 1985 and M.Tech (Structural Engineering)
from JNTUH, Kukatpally in Feb 2008. He is pursuing Ph.D (2010 batch)
from JNTUH. His area of research is special concretes. He has 28 years of
teaching and 1 year of field experience as Structural Engineer. Attended 6
International conferences and 1 National conferences. Published 9 research
papers in National, International conferences and international journals.
Participated in many Faculty development programs and workshops for
continuously updating his knowledge. He is executive council member of
Indian Concrete Institute (ICI) Hyderabad chapter. He is also coordinator for
ICI Students chapter GRIET.
Mr. G.V.V. Satyanarayana got M.Tech from JNTUH, Hyderabad in
Structural Engineering in 2008. He has 27 years of experience in teaching.
Worked in design consultancy for 12 months as design engineer and quality
control engineer for 12 months. Pursuing his Ph.D from JNTUH, Hyderabad.
Attended many national and international conferences Published 6 research
papers in conferences and National and International journals. Doing

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research project on “Behavioural studies of Two way slabs with blended

cement concrete”. Participated in many Faculty development programs and
workshops for continuously updating his knowledge. By offering
consultancy services, gained exposure to recent trends in civil engineering.
His knowledge is helpful to guide the students in different areas such as
design of RCC structural elements, cost evaluation techniques and
construction management to save time and money etc., and guiding their
projects.
Mr. T. Srinivas did his M.Tech in Structural Engineering from JNTUH,
Hyderabad and he completed his B.E. in Civil Engineering from CBIT
(Chaitanya Bharathi Institute of Technology) affiliated to OU. He is now
pursuing Ph.D. in JNTUH, Hyderabad. He possess 13 years of rich industrial
experience in Civil Engineering constructions especially in Buildings like
Planning, Analysis, Designing, Estimation and Execution of works and along
with this 4 years of experience in academics. His versatile experience in
different works pertaining to the construction industry made him easy to
understand the basic concepts and depth of the subjects. His experience,
practical knowledge and innovative teaching practices helped the students in
understanding the subjects, in doing the projects and in designing the models.
He participated in National Conferences, Faculty Development Programmes
and many Workshops for continuously updating his knowledge. His areas of
research interest are mainly focused on the utilization of Fly Ash in
Geopolymer Concrete, Special Concrete, Structural Analysis and design of
different structures.
Mr. V.S.P.RAJU got M.Tech from JNTU Hyderabad is specialized in
Structural Engineering, BE (Civil Engg.) from Osmania University and
Diploma in Civil Engg. from AP Technical Board, has 10 years of teaching
experience. He has guided B.Tech Projects in various streams. He is expert
in handling subjects like Surveying lab, Surveying theory, Engineering
Mechanics, Strength of Materials, Structural Analysis, Finite Element
Methods, Earthquake Resistant Design of Buildings, Reinforced Cement
Concrete and Steel Structures.
Mrs. R.Ramya Swetha, obtained B.E, Civil Engineering from SRKR
Engineering College, Bhimavaram, affiliated to Andhra University in the
year 2009 and M.E. Structural Engineering with distinction from SRKR
Engineering College, Bhimavaram, affiliated to Andhra University in 2013.
She has 3 years of experience. She has guided projects for B.Tech students.
She handled subjects like Numerical Methods in Structural Engineering,
Project Planning and Management, Fluid Mechanics, Prestressed Concrete,
Strength of materials lab, CAD Lab.

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Mrs. P.Sirisha, M.E from CBIT (Affiliated to Osmania University),

Hyderabad is specialized in Structural Engineering and has 4 years of
industrial experience and 2 years of teaching experience. She has worked in
Construction Industries in Chennai and Hyderabad as Senior Design
Engineer (Design and Estimations for Tender work). As Design Engineer,
she is experienced in implementing the Work Order System for all the tender
works, analysing the IT Parks and office buildings using different softwares.
Her experience, practical knowledge and interactive teaching practices
helped to students in understanding the subject and creativity in designing
prototypes. Her practical knowledge helps to demonstrate the theoretical
knowledge and technical skill.
Mr. Y Kamala Raju obtained his Bachelor of Engineering from
Muffakhamjah College of Engineering & Technology, Osmania University,
M.Tech (Structural Engineering) from JNTUK, Kakinada. He joined GRIET
in the year 2012 as Assistant Professor of Civil Engineering. He is having 3
years of overall experience in Teaching. He has worked in Rural
Development Department, Govt. of AP as an Engineering Consultant for 2
years. He is a member of IEI. His area of research interests includes
Modelling and Analysis of RCC Frames, Advanced Foundation Engineering,
Strength of Materials and Prestressed Concrete related subjects. His
experience, practical knowledge and innovative teaching practices helped to
students in understanding the subject and creativity project works.
Mrs. K. Hemalatha obtained B.Tech, Civil Engineering with distinction
from GMRIT, Rajam affiliated to JNTUK in the year 2012 and M.Tech.,
Structural Engineering with distinction from Spoorthy Engineering College
affiliated to JNTUH in the year 2014. She has one year of teaching
experience. She has guided projects B.Tech students. She is presently
handling subjects like Strength of materials -I and II.
Mr. V. Naresh Kumar Varma obtained his B.Tech in Civil Engineering
from Osmania University, Hyderabad in the year 2012 and M.Tech.,
Structural Engineering from JNTUCEH, Hyderabad in the year 2014.
Attended one national conference in Feb 2015 in GITAM University
Hyderabad.

Mr A. Srinivasa Reddy obtained B.Tech. Civil Engineering with First

Class from JNTU Hyderabad in the year 2005 and M.Tech, Computer
Science and Engineering with first class from Bharat University in the year
2007. His research interests include mechanical behavior of natural and
reinforced soils, geophysical methods applied to site characterization. He has
guided projects for B.Tech students. He is expert in handling subjects like
Computer Aided Drafting Lab, Building Materials Construction and
Planning Theory, Environmental Engineering Subjective and Environmental

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Engineering Laboratory.

Ms. C. Preeti has completed masters in 2013 from International Institute of

Information and Technology Hyderabad (IIIT-H), specialized in Computer
Aided Structural Engineering. Graduated in 2011 from Guru Gobind Singh
Indraprastha university. She is having 2 years teaching experience.

Mrs J.Cici Jennifer Raj completed masters in 2014 from Institute of Road
and Transport Technology, Erode affiliated to Anna University Chennai),
specialized in Structural Engineering. Graduated in 2012 from Coimbatore
Institute Of Technology, Coimbatore affiliated to Anna University. She is
having one year of teaching experience.

2. Program Specific Criteria’s Geotechnical Engineering of Courses and Faculty

Competency
Geotechnical Engineering is a field of engineering that encompasses technologies dealing with
engineering properties of soil and design of foundations for structures. Foundation is crucial for
safety of any structure. Students learn how to design suitable foundation for any structure
depending on the nature of soil.

Geotechnical Engineering Specific Courses Name of the Faculty

Geotechnical Engineering-1 Dr. C. Lavanya/ D. Sidhu Ramulu
Geotechnical Engineering –II Sk. Fayazuddin
Ground improvement techniques Dr. C. Lavanya / D. Sidhu Ramulu
Engineering Geology Dr. C. Lavanya
Geotechnical Engineering Lab Dr. C. Lavanya /Sk. Fayazuddin / D. Sidhu
Ramulu
Engineering Geology Lab B.Shanmukeshwara Babu /D.Siddu Ramulu
Remote sensing and GIS Lab B.Shanmukeshwara Babu/ K.Sowjanya
Remote sensing and GIS B.Shanmukeshwara Babu

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Dr. C. Lavanya is graduated from Jawaharlal Nehru Technological

University (JNTU), Hyderabad in Civil Engineering. She has done her
Masters from Jawaharlal Nehru Technological University (JNTU),
Kakinada in Soil Mechanics and Foundation Engineering and her Ph.D from
Jawaharlal Nehru Technological University (JNTUH), Hyderabad in
geotechnical engineering. She has two years of industry working experience
and six years in teaching including four years in research. She has published
9 research publications in international and national journals and
conferences. She is a life member for Indian Geotechnical Society (IGS).
She has guided mini and main projects for B.Tech students. She is expert in
handling subjects like Geotechnical Engineering - I and II, Ground
Improvement techniques, Engineering Geology. Her knowledge in soil
mechanics and foundation engineering helps students in understanding the
basic concepts & depth of subject with ease. In Geotechnical Engineering
Lab and Engineering Geology Lab helps the students to enhance the
understanding of basic principles, finding solutions to mathematical
problems etc.
Mr. B. Shanmukeswar babu completed his BTech in Civil Engineering
from Bapatla Engineering college, Nagarjuna University in 1988 and
M.Tech in Remote sensing from JNT University in 1993 with Distinction.
M.Tech project was carried out at CSRE, IIT Mumbai and worked as
Research Fello and Research Associate at JNT University and IISC,
Bangalore for 3 years. Worked in Software for 16 years and in USA for 3
years. Currently working as Associate Professor in Department of Civil
Engineering since June 2013 teaching Remote sensing & GIS, Engineering
Geology.
Mr. Shaik Fayazuddin has done his Masters in Geotechnical Engineering
from NIT Warangal in 2014. He has Bachelor’s degree in Civil Engineering
from GITAM University, Visakhapatnam. His areas of research interests are
Earthquake Engineering, Liquefaction of Soils, and Geographical
Information Systems. He has attended many conferences and workshops to
stay abreast of developments in his field. He has successfully coordinated
many workshops and events in the department. He has been a mentor and
efficiently guided B.Tech Projects. His knowledge is helpful to train the
students in different areas such as Soil Mechanics, Foundation Engineering,
Earthquake Engineering, Soil Dynamics and Machine Foundations.
Mr. D. SIDHU RAMULU obtained B.Tech in Civil Engineering with
distinction from Sree Visvesvaraya Institute of Engg. & Tech.,
Mahaboobnagar in the year 2009 and pursuing parttime M.Tech from JNTU
Hyderabad, specialization in Geotechnical Engineering and he has nearly 7
years of experience which includes 4 years industrial experience and 3 years
of teaching experience. He has worked as a Junior Engineer Trainee in
IVRCL at Gujarat and as a Senior Executive Customer Service Officer in
ACC Ltd. at Anantapur and received best performer for IDAP. He attended

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many national seminars and workshops. His knowledge is helpful to train

the students in different areas such as Fluid mechanics, Hydraulics &
Hydraulic Machinery, Engineering Geology, Auto-CAD, STAAD Pro and
Geotechnical Engineering labs and subjects such as Geotechnical
Engineering-I and II, Engineering Geology and Ground Improvement
Techniques.
Ms. K. Soujanya, obtained B.Tech from Sahasra College of Engineering
for Women (JNTUH) with distinction in the year 2014. Joined GRIET in
2014. She assists students in Q-GIS lab and STAAD pro Lab.

3. Program Specific Criteria’s Environmental Engineering Courses and Faculty

Competency
Environmental Engineering is one of the important areas in the developed world. Providing
protected drinking water to citizens and disposal of treated wastewater is main task of civil
engineers.

Environmental Engineering Specific Courses Name of the Faculty

Environmental Engineering Dr. G. V K S V Prasad/ O.S.D. Hima Bindu
Environmental Impact Assessment O.S.D. Hima Bindu
Environmental Engineering Lab O.S.D. Hima Bindu / V.V.Siva Reddy

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Dr. G.V.K.S.V.Prasad got M.Tech from IIT Mumbai in Environmental

Science and Engineering in 1989. Worked in Environmental
Engineering consultancy for eight months. He has 26 years of
experience in teaching. Received his Ph.D from NIT Warangal in
2008. Attended many national and international conferences
including 31st IAHR convention at Seoul, South Korea. Published 9
research papers in conferences and international journals.
Completed research project on “Utilization fly ash from biomass
power plants in concrete” with grants from AICTE. Participated in
many Faculty development programs and workshops for
continuously updating his knowledge. By offering consultancy
services, gained exposure to recent trends in civil engineering. His
knowledge is helpful to train the students in different areas such as
Water supply, Wastewater engineering, Solid waste management,
Topographical survey using total station, construction management,
etc. and guiding their projects.
Mrs. O.S.D.Himabindu got M.E. from Andhra university in 2005 with
Environmental Engineering as major. She is pursuing her Ph.D. from KLU.
She has 6 years of experience in teaching. Her knowledge is helpful to train
the students in different areas such as water analysis, wastewater analysis,
water supply, design of STPs, solid waste management.

4. Program Specific Criteria’s Water Resources Engineering of Courses and Faculty

Competency
Water Resources Engineering is one of the core areas of civil engineering. Protecting the
available water resources and optimal utilization of resources for different purposes is essential
in the present situation of water shortage. Design of canals, irrigation structures like dams,
techniques for drawing ground water and means of improving ground water table are some topics
which students focus on during their programme.

Water Resources Specific Courses Name of the Faculty

Water Resources Engineering –I Dr. Mohammed Hussain/ C V S Narayana
Water Resources Engineering –II Dr. Mohammed Hussain/ C V S Narayana
Water Resources System Planning & T. Madhuri
Management
Irrigation Design and drawing T. Madhuri/Y.Kamal Raj/P.Sirisha
Groundwater development & management C V S Narayana
Water shed management Dr. Mohammed Hussain
Fluid Mechanics S.Venkata Charyulu/ C V S Narayana
Fluid Mechanics Lab S.Venkata Charyulu/S.Sumalata
Hydraulic and Hydraulic Machinery S.Venkata Charyulu
Hydraulic and Hydraulic Machinery Lab S.Venkata Charyulu/ S.Sumalata

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Dr. Mohd. Hussain obtained his B.Tech degree in Civil Engineering from
National Institute of Technology, Warangal in the year 1983. He got
Postgraduate degree M.E. in “Hydromechanics and Water Management”
from University College of Engineering, Osmania University in the year
1992. He obtained his doctoral degree Ph.D. in “Water Resources
Engineering” from JNTUH in the year 2002. He holds postgraduate degree
MHRM from Pondicherry University in 2004 and Postgraduate Diploma in
“Design and Construction of Concrete Structures” from Annamalai
University in 2006. He is Fellow of Institution of Engineers (FIE), Fellow of
Indian Institution of Bridge Engineers (IIBE) and Life member of IWRS,
Roorkee. He is the founder coordinator of three centres in GRIET; Centre
for Continuous Excellence in Life Skills(CEL), Centre for Sustainable
Technologies for Eco-Social Resilience to Global Climate Change(CST-
ERG) and Centre for Water Resources Engineering and Management
(CREAM). He worked in Nagarjuna sagar Project and Hydrology Project
AP Irrigation and Command Area Development Department. He worked as
faculty member in Water and Land Management Training and Research
Institute (WALAMTARI), Hyderabad for fourteen years. He was associated
with a Collaborative Research project on Ground water in Chittoor district
with NGRI. He has 29 years of rich field, administrative, research and
teaching experience. His research interests include Water Resources
Engineering, Irrigation Engineering and Management, Groundwater and
Surfacewater Conjunctive Use Management, Hydrometry, Rainwater
Harvesting, Capacity building of water managers and water users in the area
of Irrigation Management, Participatory Irrigation Management(PIM),
Concrete Bridge Engineering, Concrete structures - particularly - Buildings
and Hydraulic Structures. He published Twenty six papers in journal,
national and international conferences. He conducted seminars/workshops
and attended both as participant and resource person in many workshops
and seminars.
Mr. C.V.S NARAYANA, B.Tech from REC Warangal in 1983 and
received M.Tech with specialization in Water resources engineering from
REC Warangal (NIT) in 1985. Since then he is in the field of academics
serving the student community for the last 3 decades, through prestigious
institutes like KITS Warangal, NEC Nellore, Gayathri Vidya Parishath,
Vizag at various levels. He has 27 years teaching experience and 3 years
research experience at Nagpur, NEERI. During this period he developed an
excellent two dimensional dispersion medium to study qualitative and
quantitative study of impact of industrial wastes on ground water.
Throughout his academics is a first class with distinction student. Also he
got second M.Tech degree in computer science and engineering from the
prestigious institute, Birla Institute of Technology, Ranchi. He has

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registered for his Ph.D from J.N.T.U Kakinada, in the field of water
resources engineering. He has mastered many of the civil engineering
subjects like Engineering Mechanics, Fluid Mechanics, Hydraulic
Machinery, Water Resources Engineering, Environmental Engineering,
Strength of Materials, Structural Analysis etc. He has worked as Head of
the Department of civil engineering for about 12 years. Earlier he has
established more than 18 labs of civil engineering, 11 of them personally
monitored during their establishment. He has been the Principal investigator
for ICC (Industrial Consultancy cell) at KITS, Warangal and GVP, Vizag.
Mrs. T Madhuri, M.S in Hydraulics & Water Resources from IIT Madras
(1998) while B.E from Osmania University (1995). She has 13 years of
industrial experience and 5 months of teaching experience. She started her
career as developer and attained position of a Technical Architect. Worked
for companies like TCS, Wipro, Infosys etc. in India and various companies
in USA like Accenture. During her career, she developed client-server, web
based and e-Commerce applications. She mentored developers and technical
leads.
Mr. S.Venkat charyulu did his M.Tech and passed out first class with the
distinction from JNTUH in 2013. He did his B.E and passed out first class
with distinction from the Vasvi College of Engineering affiliated to
Osmania University. He has 15 years of experience In the various civil
Engineering constructions, execution and implementations. He has 6 years
of teaching experince. He has one year service in niset as project manager
for the central governament orginazation. He has trained many students in
the fields of Surveying, Fluid Mechanics, Buildings Planning and
Construiction Management, Water Resources Engineering. His knowledge
is helpful to train the students in different areas such as water supply,
topographical survey using total station, construction management and also
guiding in the academic project works.
Mrs. P.Sirisha, M.E from CBIT (Affiliated to Osmania University),
Hyderabad is specialized in Structural Engineering and has 4 years of
industrial experience and 2 years of teaching experience. She has worked in
Construction Industries in Chennai and Hyderabad as Senior Design
Engineer (Design and Estimations for Tender work). As Design Engineer,
she is experienced in implementing the Work Order System for all the
tender works, analysing the IT Parks and office buildings using different
softwares. Her experience, practical knowledge and interactive teaching
practices helped to students in understanding the subject and creativity in
designing prototypes. Her practical knowledge helps to demonstrate the
theoretical knowledge and technical skill.

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Mr. Y Kamala Raju obtained his Bachelor of Engineering from

Muffakhamjah College of Engineering & Technology, Osmania University,
M.Tech (Structural Engineering) from JNTUK, Kakinada. He joined
GRIET in the year 2012 as Assistant Professor of Civil Engineering. He is
having 3 years of overall experience in Teaching. He has worked in Rural
Development Department, Govt. of AP as an Engineering Consultant for 2
years. He is a member of IEI. His area of research interests includes
Modelling and Analysis of RCC Frames, Advanced Foundation
Engineering, Strength of Materials and Prestressed Concrete related
subjects. His experience, practical knowledge and innovative teaching
practices helped to students in understanding the subject and creativity
project works.

5. Program Specific Criteria’s Transportation Engineering of Courses and Faculty

Competency
Transportation Engineering is one of the core areas of civil engineering which plays important
role in development of any nation. Civil engineers play key role in development of transportation
facilities like, roads, highways, railways, airports, ports and harbors. Various aspects of desgnand
construction of these facilities will be covered in courses of this group.

Transportation Engineering Specific Courses Name of the Faculty

Transportation Engineering G. Karthik/ Y. Jahnavi
Highway Materials Testing Lab K. Shilpa/ G. Karthik
Pavement Analysis and Design G. Karthik / Y. Jahnavi

G.Karthik got M.Tech from NIT Nagpur in Transportation Engineering in

2014. He has one year of experience in teaching. Attended an international
conference in IIT Mumbai called TPDMC-2014. Attended one national
conference in MGIT, Hyderabad. He has guided B.Tech main and mini
projects.

Mrs K.Shilpa, obtained B.E, Civil Engineering from KSRM College of

Engineering, affiliated to SV University in the year 2003 and M.Tech.,
Transpotation Engineering with distinction from JNTUH in 2014. She has 7
years of experience. She has guided projects for B.Tech students. She
handled subjects like Engieering Geology, Pavement Analysis and
Surveying.

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Mrs. Jahnavi Yarlagadda masters in Transportation Engineering from IIT

Kharagpur in the academic year 2012-14 and graduated from JNTU
Kakinada in the department of Civil Engineering 2012. She has majorly
worked on traffic related problems and safety of road users at intersections.
Having an experience of one year in teaching profession, she dealt with
diverse topics in the basic civil engineering and guided number of UG
students in completion of their main project courses.

6. Program Specific Criteria’s Construction Technology of Courses and Faculty

Competency

Construction Technology is a branch of civil engineering dealing with the execution of civil
engineering projects in site. This group covers all the courses to impart knowledge for successful
completion of civil engineering projects including surveying, estimation, building materials,
construction planning and management, etc.

Construction Technology Name of the Faculty

Concrete Technology T.Srinivas/P.Shanti Raj
Building Materials and Construction Planning OSD Hima Bindu
Surveying V.S.P. Raju
Surveying Lab VSP Raju/Y.Jahnavi/ J.Srilaxmi
Estimation and costing Dr. G. V K S V Prasad/ GVV Satyanarayana
Managerial Economics and Financial Analysis K.Sunil Kumar
Management Science M.Venkateshwara Raju
Concrete Technology Lab K. Hemalatha / M.Sri Lakshmi Sravya/ P.Shanti
Raj
Construction Technology and Project Dr. N. Sanjeev
Management

Dr. N Sanjeev presently working as Professor & Dean in CIVIL Engineering at

GRIET is an IES officer with more than 31 years of Versatile Exposure including
10 years teaching experience in Engineering colleges. Responsible for Execution
of QA/ QC (Quality Assurance/ Quality Control) Procedures and Processes across
all the Works Sites in accordance with ISO 9001- 2000 Quality Management
System (QMS) and a Trouble Shooter for Critical Issues at Works Sites.
Responsible for preparation of Quality Manuals, Method Statements, ITP's &
inspection of Project Works, thorough inspection during the works in progress
and the post- inspection of Project Works, to ensure strict compliance of
Specifications & Designs and for reporting to Management the non-compliance
as well as suitable remedial measures, including closure of NC's (Non-
Conformities) observed during site visits. Responsible to Organize and conduct in

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house Interactive Refreshing Training Sessions for Site Engineers at all sites and
Initiate Group discussions and Technical Workshops/ Seminars for Senior
Technical Staff at HO & RO's to Accomplish the Task of near ZERO DEFECT
perfection in QUALITY. Responsible for Research & Development (R & D) of
Various Concrete Mix Designs (including without any River Sand).

Dr. G.V.K.S.V.Prasad got M.Tech from IIT Mumbai in Environmental Science

and Engineering in 1989. Worked in Environmental Engineering
consultancy for eight months. He has 26 years of experience in teaching.
Received his Ph.D from NIT Warangal in 2008. Attended many national
and international conferences including 31st IAHR convention at Seoul,
South Korea. Published 9 research papers in conferences and international
journals. Completed research project on “Utilization fly ash from biomass
power plants in concrete” with grants from AICTE. Participated in many
Faculty development programs and workshops for continuously updating
his knowledge. By offering consultancy services, gained exposure to
recent trends in civil engineering. His knowledge is helpful to train the
students in different areas such as Water supply, Wastewater engineering,
Solid waste management, Topographical survey using total station,
construction management, etc. and guiding their projects.
Mr. G.V.V. Satyanarayana got M.Tech from JNTUH, Hyderabad in Structural
Engineering in 2008. He has 27 years of experience in teaching. Worked in
design consultancy for 12 months as design engineer and quality control engineer
for 12 months. Pursuing his Ph.D from JNTUH, Hyderabad. Attended many
national and international conferences Published 6 research papers in conferences
and National and International journals. Doing research project on “Behavioural
studies of Two way slabs with blended cement concrete”. Participated in many
Faculty development programs and workshops for continuously updating his
knowledge. By offering consultancy services, gained exposure to recent trends in
civil engineering. His knowledge is helpful to guide the students in different areas
such as design of RCC structural elements, cost evaluation techniques and
construction management to save time and money etc., and guiding their projects.
Mr. T. Srinivas did his M.Tech in Structural Engineering from JNTUH,
Hyderabad and he completed his B.E. in Civil Engineering from CBIT (Chaitanya
Bharathi Institute of Technology) affiliated to OU. He is now pursuing Ph.D. in
JNTUH, Hyderabad. He possess 13 years of rich industrial experience in Civil
Engineering constructions especially in Buildings like Planning, Analysis,
Designing, Estimation and Execution of works and along with this 4 years of
experience in academics. His versatile experience in different works pertaining to
the construction industry made him easy to understand the basic concepts and
depth of the subjects. His experience, practical knowledge and innovative
teaching practices helped the students in understanding the subjects, in doing the
projects and in designing the models. He participated in National Conferences,
Faculty Development Programmes and many Workshops for continuously
updating his knowledge. His areas of research interest are mainly focused on the

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utilization of Fly Ash in Geopolymer Concrete, Special Concrete, Structural

Analysis and design of different structures.
Mrs. O.S.D.Himabindu got M.E. from Andhra university in 2005 with
Environmental Engineering as major. She is pursuing her Ph.D. from KLU. She
has 6 years of experience in teaching. Her knowledge is helpful to train the
students in different areas such as water analysis, wastewater analysis, water
supply, design of STPs, solid waste management.
Mrs. P.Santhi Raj got B.Tech from NIT Warangal and M.Tech with distinction
from JNTUH in Structural Engineering. She has 14 years of experience which
includes seven years of teaching and seven years of industry. She attended many
faculty development programs, Coordinator for couple of National and
International conferences. Her industrial experience and knowledge is helpful to
train the students in various areas such as concrete technology, construction
technology and project management, prestressed concrete, engineering drawing,
presentation skills, estimation and costing, structural design, etc. and guiding their
projects.
Mr. V.S.P.RAJU got M.Tech from JNTU Hyderabad is specialized in Structural
Engineering, BE (Civil Engg.) from Osmania University and Diploma in Civil
Engg. from AP Technical Board, has 10 years of teaching experience. He has
guided B.Tech Projects in various streams. He is expert in handling subjects like
Surveying lab, Surveying theory, Engineering Mechanics, Strength of Materials,
Structural Analysis, Finite Element Methods, Earthquake Resistant Design of
Buildings, Reinforced Cement Concrete and Steel Structures.
Mrs. K. Hemalatha obtained B.Tech, Civil Engineering with distinction from
GMRIT, Rajam affiliated to JNTUK in the year 2012 and M.Tech., Structural
Engineering with distinction from Spoorthy Engineering College affiliated to
JNTUH in the year 2014. She has one year of teaching experience. She has
guided projects B.Tech students. She is presently handling subjects like Strength
of materials -I and II.
Mrs. M.Sri Lakshmi Sravya obtained B.Tech, Civil Engineering with
distinction from VR Siddhartha Engineering College, Vijayawada, autonomous to
Nagarjuna University in the year 2010 and M.Tech, Structural Engineering with
distinction from Vellore Institute of Technology (VIT) in 2012. She has two and
half years of experience. She has guided for B.Tech students and handled subjects
like Structural Analysis, Estimation and Costing, Rehabilitation and Retrofitting
of Structures, Concrete Technology.
Mrs. Jahnavi Yarlagadda masters in Transportation Engineering from IIT
Kharagpur in the academic year 2012-14 and graduated from JNTU Kakinada in
the department of Civil Engineering 2012. She has majorly worked on traffic
related problems and safety of road users at intersections. Having an experience
of one year in teaching profession, she dealt with diverse topics in the basic civil
engineering and guided number of UG students in completion of their main
project courses.

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Ms J. Srilaxmi obtained B.Tech in Civil Engineering with distinction from

GRIET, Hyderabad affiliated to JNTUH in the year 2013. She has two years of
experience. She is expert in handling labs Surveying – I and Surveying – II.

7. Basic Sciences faculty competencies

English

The emphasis on the English language has become indispensable in graduation level due to its
internationalization .Its role as a primary tool for socio-economic advancement demands our
professionals to be cosmopolitan in their approach. The prescribed books ‘Enjoying Everyday
English and Inspiring Speeches and Lives’ are designed to meet the linguistic and
communicative challenges of the engineering students. It is meant to serve broadly as students’
handbooks. Detailed text ‘Enjoying Every day English’ focuses on the skills of listening,
speaking, reading, writing, grammar and vocabulary whereas the non-detailed text is meant for
the development of extensive reading/ reading for pleasure. The message oriented texts help to
fetch life skills also. The accompanying audio and video CDs enable the students to practice
language skills and to enhance aspects relating to appropriate body language, eye contact,
gestures, pronunciation, intonation and rhythm which eventually empower the learners to use the
language accurately and appropriately in the day to day context of communication and public
speaking.

English Lab
The activities of English lab orient the students about the importance of four basic skills required
for effective communication. The English lab sessions also allow the students to learn the
required language tools to acquire proficiency in respect to the same. The activities like Role-
play, JAM, telephonic skills enable the learner to explore the various styles to be adopted for
cordial socializing, affirmed and concise presentation. It even helps the pupil to frame formal
descriptions and the usage of the related media for effective presentation of ideas. The following
teaching faculty competencies related to English area.

English Specific Courses Name of the Faculty

English R Lakshmi Kanthi
English Lab Prasanna Laksmi
Advanced English Communications Lab M Aravind Kumar

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Mr. M. M. Aravind Kumar, has six years of industrial experience in AP

Tourism Development Corporation and seven years of teaching experience and
had Joined GRIET as Asst Prof in English, in 2008. He had his Master’s Degree
in English Literature from Osmania University and PG Diploma in
Communicative English from University of Hyderabad, Master of Human
Resource Management from Acharya Nagarjuna University, M.Phil in Human
Resource Management through ANU, Guntur, Pursuing Ph.D. Part time in HRM
from ANU, Guntur on Training Practices To stay in connect he attends various
Faculty development programmes , conferences that are conducted in various
Univesities and institutions. The classes that he takes
I B.Tech and III B. tech. He teaches both theory and Elcs lab for for 1st years and
for 3rd years Advanced English communication skills lab respectively. He also
teaches Management Science for III and IV B.Tech students with his
qualification and experience related to the subject. He is keen to specify the need
and objective of learning Management science by the engineering students. He
tries to make the learner realize the direct functionality of the units in the
syllabus prescribed the professions concerned.
P. Sujeetha Rao, pursuing PhD (English) from OU, in progress, Registered
2013. She completed PGCTE (EFLU,Hyderabad), M.A(ELT) from Osmania
University in 2003 and B.Sc.Computers from OU in 1997. She has 11 years of
teaching experience and she has Research Interest on Contemporary Indian
Writing in English. She published a paper in National Conference and attended
many workshops and FDP’s.
Sailaja Eswara, obtained M.Phil from Madurai Kamaraj University in 2008 and
M.A Literature from Andhra University in 2004. She has 6+ years of teaching
experience. She has Research Interest on Thematic study of Anita Rau Badami.
She guided many students from B.tech I year & III year. She attended many
workshops.
M.Pushpa Latha, obtained M.A English literature from Osmania University in
2008, B.Ed from Osmania University in 2014 and B.A English literature from
Osmania University in 2006. She has 5 years of teaching experience. She guided
many students from B.Tech I year.

Mathematics
Mathematics is a course through which engineering and technology analyzed in depth, since it
provides us with the best possible form for accurate representation of facts and at the same time
expresses them compactly without any ambiguity. Hence, it is apparent that a person who wants
to be trained in these fields must get himself well equipped with the necessary mathematical
skills that can make his understanding of core concepts without any lack of depth. In fact, such
an emphasis that the learning of these skills is necessary for a student to be an engineer or
scientist.

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In GRIET, faculty for mathematics in the department of Basic Sciences have realized this long
back and hence are trying to impart students with the necessary mathematical skills that meet
needs of their core courses. The syllabus that is designed for such an achievement is well thought
out by the members of the faculty who were part of the board of studies who after long
pondering made the curriculum robust. The level of Mathematics that a student must learn is
divided into Linear Algebra and Single Variable Calculus, Advanced Calculus, Transform
Calculus and Fourier Series, Numerical Methods and Probability & Statistics. The courses that
are covered in the first year cover most of the concepts that are required at engineering education
level. These three courses cover topics like Matrices that include advanced concepts like
Singular Value Decomposition, Functions of Single and Multi-Variables, Vector Calculus,
Ordinary & Partial Differential Equations, Laplace Transforms, Fourier series, Numerical
Analysis etc. The following teaching faculty competencies related to Mathematics area.

Mathematics Specific Courses Name of the Faculty

Linear Algebra and Single Variable Calculus Dr. S RamaMurthy
Advanced Calculus Dr. G. Swapna
Transform Calculus and Fourier Series Mr. V. Siva Rama Krishna Reddy
Numerical Methods Mrs M. Madhavi
Probability & Statistics Dr. V.N. Rama Devi

Dr. S RamaMurthy, is a professor in mathematics. He obtained M.Sc (Maths), from

Kakatiya University, Warangal in 1985. He obtained his Ph.D from JNTUH
Hyderabad, 2006. He has published more than 9 research papers in various
conference proceedings and international journals. His areas of interest is
Approximation theory, pattern recognition and digital image processing.

Dr. G. Swapna, is a professor in Mathematics. She obtained her Ph. D from Andhra
University in 2014, M.Phil from Andhra University in 2009 and M.Sc from Andhra
University in the year 2005. She has 8 years of teaching experience.

Dr. V.N.Rama Devi has done her M.Sc, Statistics from Acharya Nagarjuna
University, she has 14 years of teaching experience. Ph.D. in Statistics in Acharya
Nagarjuna University. Attended many National Seminars & Workshops. She is
guiding UG and PG student projects in statistics.

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Mr. V. Siva Rama Krishna Reddy is an Assistant Professor in Mathematics. He

obtained M.Sc., from Kakatiya University, Warangal in 2005. He has more than 10
years of teaching experience. He is pursuing Ph.D from Rayalaseema University,
Karnool in the area of “Approximation theory and Pattern recognition”. He has
published 6 research papers in various conference proceedings and international
journals.
Mrs M. Madhavi, Assistant professor in Mathematics. She obtained M.Sc from
Nagarjuna University in the year 2003. She has 11 years of teaching experience. She
is handling Mathematics related subjects for I Year B.Tech students.

Physics

Physics generates fundamental knowledge needed for the future technological advances that will
continue to drive the economic engines of the world. Physics is an important element in the
education of chemists, engineers and computer scientists, as well as practitioners of the other
physical and biomedical sciences. Physics extends and enhances our understanding of other
disciplines, such as the earth, agricultural, chemical, biological, and environmental sciences, plus
astrophysics and cosmology subjects of substantial importance to all peoples of the world. The
following teaching faculty competencies related to Physics area.

Physics Specific Courses Name of the Faculty

Physics for Engineers Mr.M.Sridhar / Mrs. K Vagdevi
Engineering Physics Lab Mr. M Krishna /Ms.Arshiya Fathima

Mr.M.Sridhar working as Associate Professor got M.Sc (Solid State Physics)

in 2000 from Acharya Nagarjuna University & M.Tech Energy Management in
2002 from S.V.University. He has 13 years of experience in teaching. Pursuing
PhD from JNTU Hyderabad. Attended many National and International
conferences. Published 2 papers in national and International Journals and 2
papers in national and International Conferences. Participated in Faculty
developments programs and workshops for continuously updating his
knowledge. By offering gained exposure to recent trends in Physics, his
knowledge is useful to train the Civil Engineering students.

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Mrs. K.Vagdevi got MSc Physics in 2001, & M.Tech Space technology and
Applications in 2003 from S.V.University,Tirupathi.Worked as Asst Prof in
BIT Institute of Technology, Hindupur for 2 yrs. She has 12 yrs of experience
in teaching .Pursuing PhD from JNTU Anantapur.Attended many national and
International conferences. Published 2 papers in national and International
Journals and 5 papers in national and International Conferences. Participated in
many Faculty developments programs and workshops for continuously
updating her knowledge. By offering gained exposure to recent trends in
Physics, her knowledge is useful to train the Civil Engineering students.
Mr. M.Krishna is a M.Sc (physics) graduate from Osmania University
Hyderabad. He has 4 years of teaching experience. He taught PG courses for
one year. He joined as asst.prof. in physics in GRIET in the year 2010. He has
attended workshops and FDPs in GRIET.

Ms. Arshiya Fathima did M.Sc.(Physics) with a specialization of solid state

physics from Siddhartha college of arts & sciences, Vijayawada affiliated to
Acharya Nagarjuna university in 2009. She has 5 years of teaching experience.
Trained at Wipro mission 10X faculty training programme in 2011.

Chemistry

Modern development of industries requires more understanding of materials required for

engineering and industrial purposes. This part of chemistry explains various aspects with regard
to environment, fuels, metals and alloys, and polymers. This subject will develop basic
understanding and skill of Engineers. Apply the knowledge in controlling environmental
pollution and selecting fuels, propellants, metals and alloys used in Engineering and polymeric
materials used in domestic, industrial and medical fields. To select material where requirements
are very stringent and specific. Engineering chemistry applications are applied in the field of
Electrical and Electronics, Nanotechnology, Different Energy sources, mechanical, electronics
and instrumentation. The following teaching faculty competencies related to Chemistry area.

Chemistry Specific Courses Name of the Faculty

Engineering Chemistry Dr. E. Hariprasad / Ms.K.Kalpana
Engineering Chemistry Lab S Haritha Kiranmai

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Dr. E. Hariprasad obtained his M.Sc. (chemistry) from University of Hyderabad,

and did his Ph.D. in materials chemistry under the guidance of Prof. T. P.
Radhakrishnan, School of Chemistry, University of Hyderabad. He performed his
postdoctoral research in Institute of Chemistry, The Hebrew University of Jerusalem,
Israel for one year. His research interests are in the area of synthesis and applications
of metal/metal oxide nanostructures.

Ms.K.Kalpana is presently working as Assistant Professor and has a total of ten

years of experience in teaching and industry and teaching Engineering chemistry
theory and laboratory for I year B.Tech students. She is pursuing her Ph.D
(registered in 2012) from JNTUH, Hyderabad and completed her Masters in
chemistry from JNTUH, Hyderabad in 2001. She has done her Bachelors in Science
from affliated college of Osmania University in 1998.

Ms.Haritha Kiranmai is M.Sc. graduate from Acharya Nagarjuna University

Guntur. She has four years of teaching experience for post graduate students and
three years of experience of teaching for B.Tech students. She joined as Assitant
Professor in GRIET in the year 2010.

Computer Programming and Data Structures

The subject will help about the basic computer system concepts, significance of sorting,
searching algorithms, basic operations of stacks and queues etc. Also ability to extend analytical
and logical skills in a language through algorithms and flowcharts, to solve a given problem and
using programming concepts, c-library and generate code for a given problem. Also to apply
sorting and searching algorithms fo real time scenario, to describe the basic operations of stacks
and queues. Ability to develop the software system to meet desired needs in realistic constraints
and to distinguish and establish as practicing professionals and sustain career in industry.

Computer Programming and data structures Name of the Faculty

Specific Courses
Computer Programming and data structures Mr. V. Vijaya Kumar
Computer Programming and data structures Lab Ms. K. CH. Suneetha

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Mr. V. Vijaya Kumar obtained M.Tech from HIET in the year 2014. He has 2
years of teaching experience. He joined GRIET in 2013. He is handling C
Programming and Data Structures theory and laboratory for I year B.Tech
students.

Ms. K. CH. Suneetha, obtained M.Tech (Software Engineering) from SMCET

Affiliated to JNTUH in the year 2012. She has two years of teaching
experience. She joined GRIET in 2013. She is handling C Programming and
Data Structures for I Year B.Tech Students.

List of Publications in Journals

S.
Author Paper Title Journal Year
No.
“ Studies on Response of Two ICI journal Vol:16, April June
way Blended Cement Concrete 2015 No.1, PP 7-12
G.V.V Slabs under Impact Load”
1 2015
Satyanarayana

International Journal of
“Studies on Pore Structure Engineering Research &
V. Srinivasa Characterization of Bacterial Technology (IJERT), Vol. 3
2 Concrete" Issue 11, November-2014, Nov-14
Reddy
ISSN: 2278-0181, pp 564-570

“Compressive Strength and International Journal of

Durability Studies on Concrete Research in Engineering and February
V Naresh Kumar
3 Using Sponge Iron Scrap Technology eISSN: 2319-1163 20-21,
Varma
Material as Coarse Aggregate | pISSN: 2321-7308 2015
Replacement ”
"Flexural Behavior Of Bacteria International Journal of
Incorporated Reinforced Engineering Research And
V. Srinivasa
4 Concrete Beams", Management Apr-14
Reddy
(IJERM), Volume-1, Issue-1,
April 2014 pp 12-18

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International Journal Of Earth

Sciences And Engineering,
Bio-Inspired Solutions for Journal Rating (SJR) 0.15
Durable Concrete “ (2012); H-index: 2 (2012); 6th–8th
V. Srinivasa
5 CSIR-NISCAIR, INDIA January,
Reddy
Impact Factor 0.042 (2011), 2014
August 2014, Volume 07 No
04 , ISSN 0974-5904, P.P.575-
581
“Studies on Energy absorption ICJ journal for publication
G.V.V capacity of Two way slabs with
6 2015
Satyanarayana Blended Pozzolonic concretes
subjected to Flexure”
“Effect of w/c ratio on IOSR journal of Mechanical
workability and mechanical ans Civil engineering(IOSR-
V. Mallikarjuna properties of high strength Self JMCE), e-ISSN:2278-1684,p-
7 2014
Reddy Compacting Concrete with fly ISSN:2320-334X, Volume11,
ash and Micro Silica as issue 5 Ver.VI(Sep.-Oct.2014)
admixtures.(M70 grade)” PP 15-21
“Development And Tech Mantra – Technical
V. Srinivasa Applications Of Reactive magazine of The RAMCO
8 Powder Concrete” Cements limited, Vol . II No.3 2014
Reddy
(2014), pp 06-15
“Effect of w/c ratio on International Journal of
workability and mechanical Engineering Research and
V. Mallikarjuna
9 properties of high strength Self Development, e-ISSN: 2278- 2013
Reddy
Compacting Concrete(M70 067X p-ISSN:2278-800X
grade)” Volume 7 Issue-1 pp 06-13
“Behaviour of Blended Mortars The IUP Journal of Structural
under Acid Environment”, Engineering, Vol. VI, No.2,
G.V.V pp.26-37
10 2013
Satyanarayana

“Studies on Permeability of International Journal of Recent

Self-Healing Built-In Bacteria Technology and Engineering
V. Srinivasa
11 Concrete” (IJRTE), Volume-1, Issue-6, 2013
Reddy
January 2013 119-125, ISSN:
2277-3878
“Feasibility Studies On Engineering Sciences
V. Srinivasa Granulated Blast Furnace Slag International Research Journal
12 As Cement And Sand 2013
Reddy
Replacement”

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“Studies on Bacterial Concrete Engineering Science and

V. Srinivasa Exposed to Elevated Technology: An International
13 2013
Reddy Temperatures and Thermal Journal (ESTIJ), Vol. 3, No.1,
Cycles” 126-135, ISSN: 2250-3498
“Permeation Properties of IOSR Journal of Mechanical
V. Srinivasa Bacterial Concrete”, and Civil Engineering (IOSR-
14 2013
Reddy JMCE) , March 2013 Issue
,08-16,ISSN: 2278-1864
"Mathematical Model for International Journal of
Predicting Stress Strain Engineering Research and
V. Srinivasa
15 Behaviour of Bacterial Development, Volume 5, Issue 2013
Reddy
Concrete” 11, 21-29,e-ISSN: 2278-067X,
p-ISSN: 2278-800X
“Bioengineered Concrete - A Research Journal of
V. Srinivasa Sustainable Self-Healing Engineering Sciences, Vol.
16 Construction Material” 2(6), 45-51,ISSN 2278 – 9472 2013
Reddy

"Quantification and Indian Concrete Institute

Characterization of CaCO3 Journal, Oct-Dec 2013, 25-27
V. Srinivasa
17 Precipitation by Bacillus 2013
Reddy
Subtilis JC3 in Bacterial
Concrete”
“Study on Coefficient of International Organization of
Permeability of Copper slag Scientific Research Journal of
when admixed with Lime and Mechanical and Civil
18 C. Lavanya 2013
Cement” Engineering,
DOI:10.9790/1684-0761925,
Vol. 7, Issue 6, pp. 19-25
“Equity in Water Supply in Water and Environment
Dr. G.V.K.S.V. Intermittent Water Distribution Journal, (ISSN:1747-6585)
19 December
Prasad Networks”
2013
”A biological approach to International Journal of
V. Srinivasa enhance strength and Durability Advances in Engineering &
20 in concrete structures” Technology, Vol. 4, Issue 2012
Reddy
2,392-399, ISSN: 2231-1963
“The biological approach to Journal of Biotechnology and
V. Srinivasa
21 enhance durability in concrete Biomaterials, Volume 2 , Issue 2012
Reddy
structures” 6, ISSN: 2155-952X
“Influence of Admixture on International Journal of
Shear parameters of Copper Engineering Research and
22 C. Lavanya 2012
Slag” Technology, ESRSA
Publications, Vol. 1, Issue 10,

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pp. 475 - 480

“Estimation of GGBS and International Journal of

HVFA Strength Efficiencies in Engineering and Advanced
V. Srinivasa
23 Concrete with Age” Technology (IJEAT),Volume- 2012
Reddy
2, Issue-2,221-225, ISSN: 2249
– 8958
“ Performance of microbial Journal of The Institution of
V. Srinivasa concrete developed using Engineers (India)- Series A-
24 Bacillus Subtilus JC3”, IEI Springer (Under Review)
Reddy

“Accelerated Corrosion The Indian Concrete Journal

V. Srinivasa Induced Cracking Test on (ICJ) (Under Review
25
Reddy reinforced bacterial concrete”
”Strength Enhancement Of International Journal of Earth
Cement Mortar Using Sciences and Engineering,
V. Srinivasa
26 Microorganisms - An Volume 04, N0 06, Spl October 2011
Reddy
Experimental Study” 2011, 933-936 ,ISSN no: 0974-
5904
“Optimal surface irrigation Journal of India Water
under conditions of limited Resources Society, Vol. 1, No.
27 Dr.Mohd.Hussain 1995
water supply – A case study in 2, PP.25-29,ISSN 0970 -6984
Sriram Sagar Project”

List of Publications in Conferences

S.
No Author Paper Title Conference Year
.

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“Performance of High strength

V. Mallikarjuna Self Compacting Concrete UKIERI Concrete Congress at Nov 2 -5,
1
Reddy (M70 grade) exposed to JALANDHAR NIT 2015
elevated temperatures”
“Experimental Investigation on
UKIERI Concrete Congress 2-5
V Srinivasa Pore Structure Characterization
2 ,Concrete Research Driving Novemb
Reddy of Concrete incorporated with
Profit and Sustainability er 2015
Bacillus subtilis JC3”
“Comparative study on the
effect of Packing Factor on
workability and mechanical
V. Mallikarjuna July 2-
3 properties of high strength Self NASHIK, Maharashtra
Reddy 4,2015
Compacting Concrete (M70
grade) with different mineral
admixtures”

“Feasibility Study on Bacterial International Conference on 02- 04

V Srinivasa
4 Concrete as an Innovative Self- Recent Trends in Engineering July,
Reddy
Crack Healing System” and Technology (ICRTET2015) 2015

"Experimental Investigation on
February
V Srinivasa Pore Structure Characterization National Conference onRecent
5 20-21,
Reddy of Concrete Incorporated Trends in Civil Engineering
2015
With Bacillus Subtilis JC3"

6th International Geotechnical

“Liquefaction Potential Symposium on Disaster January
6 Shaik Fayazuddin Assessment Based On SPT Mitigation in Special Geo- 21-
Using LiqIT Software” Environmental Conditions, 23,2015
Organized by IIT Madras
International conference on “
“Planning and Implementation Modeling Tools for Sustainable
of operation plans of Irrigation Water Resource 26-29
Dr. Mohd
7 projects to increase water use Management”,organized by the Decembe
Hussain
efficiency: A case study in Department of Civil r,2014
India” Engineering,Indian Institute of
Technology(IIT),Hyderabad
At The Institute of
" Microbial Concrete- A
Engineers India , Andhra Decembe
V Srinivasa sustainable solution for
8 pradesh state centre during 77th r 22
Reddy concrete crack repair
Annual General Meeting at the 2014
and Rehabilitation"
Institution of Engineers India

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(IEI) Hyderabad

Two Day International

“CHARACTERISTICS OF Conference on
TRIPLE BLENDED HIGH “PROFESSIONAL 18 –19
V. Mallikarjuna
9 STRENGTH SELF ENGINEERS: CHALLENGES Decembe
Reddy
COMPACTING CONCRETE IN DISASTER r, 2014
(M70 GRADE” MANAGEMENT(ICPECDM-
2014)”
“Optimization of signal
timings in Indian scenario”,
Decembe
11th Transportation planning International conference
10 G. Karthik r 10-12,
and implementation Organized by IIT Bombay
2014
methodologies for developing
countries
“CHARACTERISTICS OF Two Day National Conference
TRIPLE BLENDED HIGH on “RECENT RESEARCH 7–8
V. Mallikarjuna
11 STRENGTH SELF ADVANCES IN CIVIL Novemb
Reddy
COMPACTING CONCRETE ENGINEERING (RRACE – er, 2014
(M70 GRADE” 2014)

“Mechanical Properties and National Conference On Recent 7–8

12 T. Srinivas Cost Evaluation of Concrete Research Advances in Civil Novemb
with High Volume Fly Ash” Engineering ,RRACE-2014 er, 2014

National Conference On Recent

“Bacterial Concrete: A 7–8
V Srinivasa Research Advances In Civil
13 Biomimetics based Sustainable Novemb
Reddy Engineering , Osmania
Self-healing Biomaterial” er, 2014
University Hyderabad
International conference on
“Capacity Building of water
“HYDROLOGY AND 29
resource managers and users
WATERSHED October
Dr. Mohd by developing S.E.L.F.
14 MANAGEMENT”, organized to I
Hussain Renewal Quotient in
by Centre for Water Resources Novemb
Participatory Irrigation
of Institute of Science and er 2014
Management”
Technology(IST)

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 B.Tech (Civil Engineering) SAR - PART
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International conference on
“Optimal wastewater reuse
“HYDROLOGY AND 29
planning for irrigation and
WATERSHED October
Dr. Mohd studies on the quality of soil
15 MANAGEMENT”,organized by to I
Hussain and water:A case study in Musi
Centre for Water Resources of Novemb
River corridor near
Institute of Science and er 2014
Hyderabad”
Technology(IST)
International Conference on
Sustainable Civil Infrastructure
“Studies on characterization of (ICSCI-2014) by American October
V Srinivasa
16 CaCO3 precipitation in Society of Civil Engineers 17-18,
Reddy
bacterial cement mortar” (ASCE) India Section and 2014
Department of Civil
Engineering, IIT Hyderabad
“ Sustainable Studies on
G.V.V Energy absorption Capacity of ICSCI 2014, IIT Hyderabad(
17 Oct-14
Satyanarayana Two way Slabs with Blended ASCE India section)
Concretes”
National Conference on
“Post Fire Damage Assessment Emerging Trends in Science, 08-09th
V Srinivasa
18 And Rehabilitation Of Fire Technology and Management August
Reddy
Damaged Concrete Structures” (NCETSTM2K14), Malla Reddy 2014
Engineering College, Hyderabad
National Conference on New
“ Bacterial Concrete – An Trends in Civil Engineering
V Srinivasa July 18-
19 innovative Self-Crack Healing (NTCE-2014), G.V.P College of
Reddy 19 2014
System” Engineering, Visakhapatnam,
Andhra Pradesh
National Conference on New
“ Bio-engineered Solution to
Trends in Civil Engineering
V Srinivasa enhance durability of July 18-
20 (NTCE-2014), G.V.P College of
Reddy construction materials: A 19 2014
Engineering, Visakhapatnam,
Review”
Andhra Pradesh
National Conference on New
“ Repair and Rehabilitation of Trends in Civil Engineering
V Srinivasa July 18-
21 Concrete Structures using (NTCE-2014), G.V.P College of
Reddy 19 2014
Biological Approach” Engineering, Visakhapatnam,
Andhra Pradesh
3rd International Conference on
28th to
“Modifying concrete properties "Recent Trends in Engineering
V Srinivasa 30th
22 through bacteriogenic mineral & Technology, SNJB's Late Sau
Reddy March,
plugging”, pp 858-862 Kantabai Bhavarlalji Jain
2014
College of Engineering,

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 B.Tech (Civil Engineering) SAR - PART
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Published by Elsevier Science &

Technology

“Comparative study on the

effect of w/c ratio on
workability and mechanical NASHIK, Maharashtra. Paper is 28-30
V. Mallikarjuna
23 properties of high strength Self published in ELSEVIER. ISBN March
Reddy
Compacting Concrete (M70 No:978-93-5107-222-5 2014
grade) with different mineral
admixtures”
National Conference on
6-7
V Srinivasa ” Bacteria Based High Advances in Civil Engineering
24 Febrauar
Reddy Performance Concrete” and Infrastructure development
y 2014
(ACEID-2014)
International Conference on
6th -8th
V Srinivasa “Bio-Inspired Solutions for Emerging Trends in Civil
25 January
Reddy Durable Concrete” Engineering ICETCE 2014),
2014
VNRVJIET, Hyderabad
“Effect of PACKING
International conference on
FACTOR on workability and
Emerging Trends in Civil
V. Mallikarjuna mechanical properties of Self
26 Engineering, VNRVJIET, 2014
Reddy Compacting Concrete OF M70
Hyderabad , ISBN: 978-7800-
grade with GGBS and Micro
294-1(HB) Page No:192-198
Silica as filler material”
“ Behavioural Studies on Two
National Conference On Recent
G.V.V way Slabs with Blended
27 Research Advances in Civil 2014
Satyanarayana Concretes Under Flexural
Engineering ,RRACE-2014
Loads”
International Conference on
“Efficacy of copper slag Recent trends in Engineering &
28 C. Lavanya cushion in arresting heave of Technology, ELSEVIER 2014
an expansive soil” Journals, ISBN No: 978-93-
5107-222-5, pp.658-662
“Comparison studies on
Indian Geotechnical Conference
influence of admixture on
29 C. Lavanya (IGC 2014), Kakinada, pp.704- 2014
copper slag cushion laid over
711
an expansive soil”,

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 B.Tech (Civil Engineering) SAR - PART
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“Study of the behavior and

National Conference at Mother
designing of Cold formed light
30 Cici Jennifer Raj Teresa College of Engineering & 2014
gauge steel beams subjected to
Technology
various loadings”

“Experimental Investigation on
National Conference at
the behavior of Cold formed
31 Cici Jennifer Raj Kalasalingam 2014
light gauge steel beams
University,Srivilliputhur
subjected to Static loading”
“Experimental Investigation on
National Conference at
the behavior of Cold formed
32 Cici Jennifer Raj Government College of 2014
light gauge steel beams
Technology,Coimbatore
subjected to Cyclic loading”
“Experimental Investigation
and comparison on the International Conference at
33 Cici Jennifer Raj behavior of cold formed light Coimbatore Institute of 2014
gauge steel beams subjected to Technology,Coimbatore
Cyclic loading”
“Calcite crystals precipitation
by Bacillus subtilis JC3 as a 3rdInternational Science 8th - 9th
V Srinivasa
34 mechanism for strength Congress, at Karunya Decembe
Reddy
improvement of cement University, Coimbatore r 2013
mortar”
“Studies on the Use of
46th Engineers’ Day, -The
V Srinivasa Granulated Blast Furnace Slag 15th Sep
35 Institution of Engineers (India),
Reddy as Substitute for Fine 2013
A P State Centre Hyderabad
Aggregate in Concrete”
“Development of Self
Compacting Concrete Using 46th Engineers’ Day, -The
V Srinivasa 15th Sep
36 Rice Husk Ash and Ground Institution of Engineers (India),
Reddy 2013
Granulated Blast Furnace A P State Centre Hyderabad
Slag”
“Studies on the flexural
National Conference on Recent 12-14
V Srinivasa behavior of Bacteria
37 Advances in Structural Septemb
Reddy incorporated reinforced
Engineering (RASE-2013) er 2013
concrete beams”
National Conference on
“Crack Self-Healing Concrete: “Sustainability, Energy and 01-02
V Srinivasa
38 A Promising Technology Of Environment SEE-13” August
Reddy
Future” Chaitanya Bharathi Institute of 2013
Technology

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 B.Tech (Civil Engineering) SAR - PART
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Sustainable Practices of
International Conference INDIA
Engineering Management in 8-12
Dr. Mohd WATER WEEK 2013 by
39 Irrigation Projects to increase April,20
Hussain Ministry of Water Resources ,
water use efficiency :A case 13
Government of India
study in India”
“Capacity building of water
resource managers and users
International Conference INDIA
by developing D.E.E.P.- 8-12
Dr. Mohd WATER WEEK 2013 by
40 A.C.C.E.S.S. implementation April,20
Hussain Ministry of Water Resources ,
Quotient of daily life skills for 13
Government of India
sustainable participatory
irrigation management "

National Conference on
“Strength And Chloride Ion
V Srinivasa Sustainable Construction Mar 15-
41 Permeability Studies Of
Reddy Materials and Technologies 16, 2013
Bacterial Concrete”
(SCMAT)

The 2nd International

“Studies on Stress-Strain Conference on Advancement in Feb 27th
V Srinivasa
42 Behaviour of Bacterial Engineering and Management - & 28th
Reddy
Concrete” Royal Institute Of Technology 2013
& Science- ICAEM-2013
“Assesment Of Chloride Ion The International Conference on February
V Srinivasa
43 Penetration Of Bacterial Information & Engineering 14-15,
Reddy
Concrete” Sciences (ICIES-2013) 2013
“Microbial-Induced Calcite
National Conference on New 5-6
V Srinivasa Precipitation: Its Potential
44 Trends in Civil Engineering and February
Reddy Application In Enhancing
Earth Sciences (NTCE-2013) 2013
Concrete Properties”
National seminar on Health
Monitoring of Reinforced
G.V.V “Behaviour of Two-way slabs
45 concrete structures for 2013
Satyanarayana under flexture”
sustainability (HMRCS), KITS,
Warangal
“Influence of admixtures on
Load - Settlement behaviour of Indian Geotechnical Conference
46 C. Lavanya 2013
Copper Slag - Cushioned (IGC 2013), Roorkee
Expansive Soil Bed”

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 B.Tech (Civil Engineering) SAR - PART
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National Conference on Recent 20th &

V Srinivasa ” Development Of Bacteria- Advances in Geo-Sciences, 21st
47
Reddy Based Self-Healing Concrete” Engineering & Technology Decembe
(NCRAGE) r 2012
National Seminar on
“Development of Microbial
“Sustainable Technologies in 19th
V Srinivasa Based System For Sustainable
48 Civil Engineering: Perspectives Decembe
Reddy Concrete: A Novel Method To
and Strategies”, STEPS-2012, r 2012
Heal Cracks”
GRIET, Hyderabad
“Capacity building of water one day national seminar on
19th
Dr. Mohd resource managers in “Sustainable Technologies in
49 Decembe
Hussain Participatory Irrigation Civil Engineering: Perspectives
r,2012
Management” and Strategies(STEPS-2012)
“Preliminary aspects of
selfless-innerself-centred
one day national seminar on
S.P.R.Y. Living Unlearning 19th
Dr. Mohd “Sustainable Technologies in
50 and Learning Practice Model in Decembe
Hussain Civil Engineering: Perspectives
the present new minute for r,2012
and Strategies(STEPS-2012)
sustainable natural resource
management”

one day national seminar on

19th
Dr. Mohd “Sustainable Management “Sustainable Technologies in
51 Decembe
Hussain Practices in Irrigation Projects” Civil Engineering: Perspectives
r,2012
and Strategies(STEPS-2012)

National Conference on
04th -
Advances in Earth Sciences,
V Srinivasa ”Studies on Durability of 05th
52 Structural, Geotechnical and
Reddy Bacterial Concrete” October
Earthquake
2012
Engineering(AESG2E-2012)
National Conference on
04th -
Advances in Earth Sciences,
V Srinivasa “Stress-Strain behaviour of 05th
53 Structural, Geotechnical and
Reddy SCC with and without GGBS” October
Earthquake
2012
Engineering(AESG2E-2012)
“The biological approach to 3rd World Congress on 13-15
V Srinivasa
54 enhance durability in concrete Biotechnology-OMICS Group-- Septemb
Reddy
structures” Hyderabad, India er 2012

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 B.Tech (Civil Engineering) SAR - PART
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“Studies on the Structural

National Level Symposium on May 28-
V Srinivasa Applications of Reactive
55 “Emerging Technologies in 29th
Reddy Powder Concrete: An ultra
Civil Engineering Applications” 2012
high performance concrete”
“Influence of Admixture on Indian Geotechnical Conference
56 C. Lavanya Compaction Characteristics (IGC 2012), New Delhi, pp. 359 2012
and CBR of Copper Slag, - 362
National Conference on “Recent
V Srinivasa “Self-Healing Bacterial Trends in Structural
57 2012
Reddy Concrete: A Review” Engineering”, VNRVJIET,
Hyderabad
“SEM Observations of the National Conference In
V Srinivasa Microstructure of Bacteria Advances In Civil Engineering
58 2012
Reddy Modified Cement-Sand (ACE 2012), Vasavi College Of
Mortar” Engineering Hyderabad
“Studies On Self - Healing 75th Annual General Meeting at
V Srinivasa
59 Durable Concrete With the Institution of Engineers India 2012
Reddy
Microorganisms” (IEI) Hyderabad
“Preliminary aspects of
one day national seminar on
universal APT self-facing 17th
Dr. Mohd “Sustainable Technologies in
60 Environmental Communication Decembe
Hussain Civil Engineering:Perspectives
and Leadership Wisdom r,2011
and Strategies(STEPS-2011)
Model “

one day national seminar on

“Practices for the sustainability 17th
Dr. Mohd “Sustainable Technologies in
61 of quality and quantity of Decembe
Hussain Civil Engineering:Perspectives
water resources” r,2011
and Strategies(STEPS-2011)

“Strength Enhancement Of
October
V Srinivasa Cement Mortar Using International Conference on
62 21 – 23,
Reddy Microorganisms - An Advances in Civil Engineering
2011
Experimental Study”
National Seminar on Human
Values in Technical Education: October
V Srinivasa “Professional Ethics for
63 an Approach for Holistic 8-9,
Reddy Engineers”
Development of Society 2011
(NSHVTE – 2011)
National Seminar on Human
Values in Technical Education: October
V Srinivasa “Current and Emerging Trends
64 an Approach for Holistic 8-9,
Reddy in Engineering Education”
Development of Society 2011
(NSHVTE – 2011)

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 B.Tech (Civil Engineering) SAR - PART
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”A Review on Utilization of Indian Geotechnical Conference

65 C. Lavanya Copper slag for various (IGC 2011), Kochi, pp. 445 - 2011
Geotechnical Applications” 448
International Conference on
“Studies On Corrosion Advances In Materials And
V Srinivasa
66 Resistance Of Bacterial Techniques For Infrastructure 2011
Reddy
Concrete (B. Subtilis)” Development AMTID , NIT
Calicut, 55
National Conference on
“Crack Repair In Concrete
V Srinivasa IPCWM2011, SRIT
67 Structures Using 2011
Reddy Coimbatore, ISBN 81-903838-4-
Microorganisms”
1, 1.7-1.17
74th Annual General Meeting at
V Srinivasa “Structural Applications of
68 The Institution of Engineers 2011
Reddy Reactive Powder Concrete”
India (IEI) Hyderabad
1st National Conference on
“Structural Health Monitoring
V Srinivasa Technical Research Advances in
69 of Concrete using Non 2011
Reddy Civil Engineering (TRACE –
Destructive Tests”
2011) LDRP-ITR , Gandhinagar

16th -
“ Behavior of model footings
70 C V S Narayana Indian Geotechnical conference 18th Dec
on reinforced soil system”
2010

National Conference on
“Optimal Design of Water Sustainable Water Resources
Dr G.V.K.S.V March 5-
71 Distribution Network for Management and Impact of
Prasad 6, 2010
Equity in Water supply” Climate Change- held at BITS
Hyderabad campus
“Universal B.E.S.T. Intuitive “International Conference on February
Dr. Mohd
72 Leadership Wisdom model of Hydrology and Watershed ,3-
Hussain
Mindfulness attention” Management” 6,2010
“Basic tools for integrated
water resources management “International Conference on February
Dr. Mohd
73 for sustainable crop production Hydrology and Watershed ,3-
Hussain
: Case studies in Andhra Management” 6,2010
Pradesh state of India”
“Capacity Building of water
resource managers by “International Conference on Decembe
Dr. Mohd
74 developing Hydrology and Watershed r 5-
Hussain
M.A.A.T.R.U.S.H.R.I. Management” 8,2006
Enlightenment Quotient in the

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 B.Tech (Civil Engineering) SAR - PART
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successful implementation of
Participatory management of
water resources towards
sustainable development”
“Multidisciplinary Diagnostic
Analysis (M.D.A.) Annual
Reports , Design Operation
Plans (D.O.P), Seasonal
Operation Plans (S.O.P) and
Actual Implementation of “International Conference on Decembe
Dr. Mohd
75 Approved Seasonal Operation Hydrology and Watershed r 5-8,
Hussain
Plans (A.O.P) as basic tools for Management” 2006
Integrated Water Resources
Management for sustainable
crop production in irrigation
projects: Case Studies in
AndhraPradesh of India”
International Conference on
Dr G.V.K.S.V “Reliability of Drinking water Public Private Partnership in
76 Nov-06
Prasad Distribution Systems” Water Sector organized by
IWWA- Nagpur
” Swell - Shrink behaviour of Indian Geotechnical Conference
77 C. Lavanya stabilized fly ash cushions in (IGC 2006), Chennai, pp. 301- 2006
expansive soils” 304
“Assessment of Variations in
Dr G.V.K.S.V 31st IAHR Congress held at
78 Nodal demand Satisfaction of Sep-05
Prasad Seoul, Korea
Water Distribution Networks.”
“Engineering Management national seminar on “
28-30
Dr. Mohd Practices for the sustainability Sustainable Technologies in
79 July
Hussain of quality and quantity of water Civil and Mechanical
2005
resources in 21st Century” Engineering”
July 28
“ Impact of Transactional International Transactional
Dr. Mohd to
80 Analysis in my daily life – Analysis Conference at
Hussain August 1
Confession of an Engineer “ Bangalore
,2004
“Performance Evaluation of
International Conference on 28th-
Water Distribution Systems
Dr G.V.K.S.V Advanced Modeling Techniques 30th
81 Under Deficit Conditions”
Prasad for Sustainable Management of January
presented at Organised by
Water Resources” 2004
NIT, Warangal during

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 B.Tech (Civil Engineering) SAR - PART
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“A simple conjunctive water

use model to monitor the International conference on Decembe
Dr. Mohd
82 groundwater table in “Hydrology and watershed r, 18-20,
Hussain
waterlogged areas of irrigation Management” 2002
project command areas”

“ Capacity Building of Water

International conference on Decembe
Dr. Mohd Users Associations in Andhra
83 “Hydrology and watershed r, 18-20,
Hussain Pradesh in India : Certain
Management” 2002
Observations”
32nd Annual convention of 22-24th
Dr G.V.K.S.V “Effect of metering on water
84 Indian Water Works Association April
Prasad Consumption – a case study”
held at Bhopal 2002
One day Brain Storming session
on Hydrological and Water
“Water Resources and
Dr. Mohd Resource Problems in Godavari April 23,
85 Hydrological Problems in
Hussain and Krishna Basins,sponsored 1999
Krishna and Godavari Basins”
by Indian National Committee
on Hydrology, Roorkee
“Conjunctive Water Use Young Scientists Convention, 24th –
Dr. Mohd Management in the Command organised by Andhra Pradesh 25th
86
Hussain Areas of irrigation Projects in Akademi of Sciences, July
Andhra Pradesh,” Hyderabad 1998
National Seminar on
“Strategies for in-plant 7-8th
Dr G.V.K.S.V Environmental Conservation and
87 minimization of industrial March
Prasad Management held at GITAM,
pollution” 1996
Visakhapatnam
National Seminar on
“Upgrading existing biological 7-8th
Dr G.V.K.S.V Environmental Conservation and
88 treatment facilities using March
Prasad Management held at GITAM,
Powdered Activated Carbon” 1996
Visakhapatnam
“A review of certain simulation
National Seminar on
models for effective on-farm Decembe
Dr. Mohd Waterlogging, Drainage and
89 water management in the r 28-29,
Hussain Salinity in Irrigation Commands
waterlogged command areas of 1994
at WALAMTARI, Hyderabad
India”
“Management Information National Seminar on
Decembe
Dr. Mohd Systems (MIS) for drainage in Waterlogging, Drainage and
90 r 28-29,
Hussain the Irrigation Command Areas Salinity in Irrigation Commands
1994
of India” at WALAMTARI, Hyderabad

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 B.Tech (Civil Engineering) SAR - PART
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“Developing perceptual skills

National Seminar on Human
of Irrigation Scheme Managers Septemb
Dr. Mohd Resource Development in
91 in Conflict Resolution in Social er 3-4,
Hussain Irrigation Management at
and Psycho-biological 1993
WALAMTARI
Perspective”
National Seminar on Human
“Developing Delegation Skills Septemb
Dr. Mohd Resource Development in
92 of Irrigation Scheme er 3-4,
Hussain Irrigation Management at
Managers” 1993
WALAMTARI

“Design Operation Plan (DOP)

as a basic management tool for
Second National symposium on Decembe
Dr. Mohd operation of irrigation schemes
93 Irrigation Management at r 17-18,
Hussain – A case study of Thandava
WALAMTARI 1993
Medium Irrigation Project in
Andhra Pradesh,”

“Contact Stabilization process National Seminar on Industrial 8-9th

Dr G.V.K.S.V
94 for industrial waste treatment – Pollution Control held at IIT June
Prasad
some applications” Mumbai 1989

Book Publications

S. No. Author Name of the Book Publisher Name

Academic
Dr. G. Venkata
1 Water Resources Engineering - I Publications,
Ramana
Hyderabad
Academic
2 V Gajendra Transportation Engineering Publications,
Hyderabad
Durga Publications,
3 GVV Satyanarayana Mechanics of solids
Hyderabad

List of Lab Manuals prepared / published in-house

S. No. Faculty Name Laboratory Name

1. S. Venkata Charyulu Fluid Mechanics
2. S.P Raju Surveying – I
3. A. Srinivasa Reddy Computer Aided Drafting of Buildings
4. V. Mallikarjuna Reddy Strength of Materials
5. S. Venkata Charyulu Hydraulics and Hydraulic machinery

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 B.Tech (Civil Engineering) SAR - PART
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6. S.P Raju Surveying - II

7. P. Santhi Raj Concrete Technology
8. C. Lavanya Geo Technical Engineering
9. C. Lavanya Engineering Geology
10. O.S.D Hima Bindu Environmental Engineering
11. V.V Shiva Reddy Irrigation Design & Drawing
12. G. Karthik Highway Materials
13. B. Shanmukeswara Babu Remote Sensing & GIS
14. T. Srinivas STAAD

5.5 Faculty as participants/resource persons in faculty development/training

activities (15)
(Instruction: A faculty member scores maximum five points for a participation/resource person.)
File Name
5.5
Certificates
NITTTR

max. 5 per faculty

Name of the faculty
2012-2013 2013-2014 2014-2015
K. Shilpa 0.00 5.00 3.00
Dr G Venkata Ramana 5.00 3.00 0.00
Dr. G.V.K.S.Vara Prasad 0.00 0.00 3.00
Dr. Mohd Hussain 5.00 5.00 3.00
Dr. N. Sanjeev 0.00 0.00 3.00
Dr. Ravi Shankar BR 5.00 5.00 0.00
Dr Akshay SK Naidu 5.00 5.00 0.00
Mr D Siddu Ramulu 5.00 5.00 3.00
Mr A Srinivasa Reddy 5.00 5.00 5.00
Mr. B Shanmukhewara Babu 0.00 5.00 5.00
Mr B Srinu Naik 5.00 0.00 0.00
Mr. B.Krupakar Yadav 5.00 0.00 0.00
Mr. B.Raja sekhar 5.00 0.00 0.00
Mr. B.Srinivasa Rao 5.00 0.00 0.00
Mr G Karthik 0.00 0.00 5.00
Mr M Suresh Babu 0.00 5.00 0.00

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 B.Tech (Civil Engineering) SAR - PART
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Mr. M.Prasanna Kiran Kumar 5.00 0.00 0.00

Mr. P. Mahesh kumar 5.00 0.00 0.00
Mr. P.N.K Haranath 5.00 0.00 0.00
Mr. S. Madhusudhan Reddy 5.00 0.00 0.00
Mr Shaik Fayazuddin 0.00 0.00 5.00
Mr. T Srinivas 0.00 5.00 3.00
Mr. T.K. Satish Kumar 5.00 0.00 0.00
Mr. V Srinivasa Reedy 0.00 5.00 5.00
Mr. V.S.S.Sudheer Chekka 0.00 5.00 5.00
Mr. Y. Kamala Raju 5.00 5.00 5.00
Mr.. Ravi Gadiraju 5.00 5.00 0.00
Mr.C.Venkateshwara Rao 5.00 0.00 0.00
Ms O.S.D Hima Bindu 5.00 3.00 5.00
Ms Ayona Nair 0.00 3.00 5.00
Ms C Lavanya 5.00 5.00 3.00
Ms C Preeti 0.00 0.00 5.00
Ms J Srilaxmi 0.00 5.00 3.00
Ms K Hemalatha 0.00 0.00 5.00
Ms K Puneetha Reddy 0.00 0.00 3.00
Ms K Soujanya 0.00 0.00 5.00
Ms P Sirisha 0.00 3.00 5.00
Ms P Santhi Raj 0.00 5.00 3.00
Ms R Ramya Swetha 0.00 5.00 3.00
Ms. Sri Lakshmi Sravya M 0.00 0.00 5.00
Nithya John 5.00 3.00 0.00
Sri S.Prasad Raju 5.00 5.00 3.00
Sri Bh. Mahesh Chandrakanth 5.00 0.00 0.00
Sri C V S Narayana 0.00 0.00 5.00
Sri GVV Satyanarayana 5.00 5.00 3.00
Sri S Venkata charyulu 5.00 5.00 3.00
Sri V Gajendra 5.00 5.00 0.00
Sri V Mallikarjun Reddy 5.00 5.00 5.00

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Sum 135.00 125.00 122.00

N 28.00 27.00 27.00
Assessment = 3 × Sum/N 14.46 13.89 13.56

13.97
Average assessment

5.6 Faculty Retention (15)

Assessment = 3 × RPI/N
where RPI = Retention point index
= Points assigned to all faculty members
where points assigned to a faculty member = 1 point for each year of experience at the institute
but not exceeding 5.

Item 2012-2013 2013-2014 2014-2015

Number of faculty members with experience of less than l
0.00 0.00 5.00
year (x0)
Number of faculty members with 1 to 2 years experience
0.00 2.00 6.00
(x1)
Number of faculty members with 2 to 3 years experience
12.00 8.00 7.00
(x2)
Number of faculty members with 3 to 4 years experience
6.00 8.00 6.00
(x3)
Number of faculty members with 4 to 5 years experience
5.00 4.00 3.00
(x4)
Number of faculty members with more than 5 years
5.00 5.00 4.00
experience (x5)
N 28.00 27.00 27.00
RPI = x1 + 2x2 + 3x3 + 4x4 + 5x5 87.00 83.00 70.00
Assessment 9.32 9.22 7.78

3.47
Average assessment

5.7 Faculty Research Publications (FRP) (20)

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B

(Instruction: A faculty member scores maximum five research publication points depending
upon the quality of the research papers and books published in the past three years.)

Assessment of FRP = 4 × (Sum of the research publication points scored by each faculty
member)/N
File Name
5.7
Publication 2
Publication 1
IJMTER journal paper
IJERTV
Publication 3

Name of the faculty (contributing to FRP points (max. 5 per faculty)

FRP) 2012-2013 2013-2014 2014-2015
K. Shilpa 0.00 0.00 0.00
Dr G Venkata Ramana 5.00 5.00 0.00
Dr. G.V.K.S.Vara Prasad 0.00 0.00 0.00
Dr. Mohd Hussain 5.00 0.00 5.00
Dr. N. Sanjeev 0.00 0.00 0.00
Dr. Ravi Shankar BR 3.00 0.00 0.00
Dr Akshay SK Naidu 3.00 0.00 0.00
Mr D Siddu Ramulu 0.00 0.00 0.00
Mr A Srinivasa Reddy 0.00 0.00 0.00
Mr. B Shanmukhewara Babu 0.00 0.00 0.00
Mr B Srinu Naik 0.00 0.00 0.00
Mr. B.Krupakar Yadav 0.00 0.00 0.00
Mr. B.Raja sekhar 0.00 0.00 0.00
Mr. B.Srinivasa Rao 0.00 0.00 0.00
Mr G Karthik 0.00 0.00 3.00
Mr M Suresh Babu 0.00 0.00 0.00
Mr. M.Prasanna Kiran Kumar 0.00 0.00 0.00
Mr. P. Mahesh kumar 0.00 0.00 0.00
Mr. P.N.K Haranath 0.00 0.00 0.00
Mr. S. Madhusudhan Reddy 0.00 0.00 0.00
Mr Shaik Fayazuddin 0.00 0.00 3.00
Mr. T Srinivas 0.00 0.00 3.00
Mr. T.K. Satish Kumar 0.00 0.00 0.00

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Mr. V Srinivasa Reedy 0.00 5.00 5.00

Mr. V.S.S.Sudheer Chekka 0.00 0.00 0.00
Mr.. Ravi Gadiraju 0.00 0.00 0.00
Mr.C.Venkateshwara Rao 5.00 0.00 0.00
Mr. Y. Kamala Raju 5.00 5.00 5.00
Ms Ayona Nair 0.00 0.00 0.00
Ms C Lavanya 5.00 3.00 5.00
Ms C Preeti 0.00 0.00 0.00
Ms J Srilaxmi 0.00 0.00 0.00
Ms K Hemalatha 0.00 0.00 0.00
Ms K Puneetha Reddy 0.00 0.00 0.00
Ms K Soujanya 0.00 0.00 0.00
Ms O.S.D Hima Bindu 0.00 0.00 0.00
Ms P Sirisha 0.00 0.00 0.00
Ms P Santhi Raj 0.00 0.00 0.00
Ms R Ramya Swetha 0.00 0.00 0.00
Ms. Sri Lakshmi Sravya M 0.00 0.00 0.00
Nithya John 0.00 0.00 0.00
Sri S.Prasad Raju 0.00 3.00 0.00
Sri Bh. Mahesh Chandrakanth 0.00 0.00 0.00
Sri C V S Narayana 0.00 0.00 0.00
Sri GVV Satyanarayana 3.00 5.00 5.00
Sri S Venkata charyulu 0.00 0.00 0.00
Sri V Gajendra 5.00 5.00 0.00
Sri V Mallikarjun Reddy 3.00 5.00 5.00
Sum 32.00 31.00 34.00
N 28.00 27.00 27.00
Assessment of FRP = 4 × Sum/N 4.57 4.59 5.04

4.73
Average assessment

5.8 Faculty Intellectual Property Rights (FIPR) (10)

Assessment of FIPR = 2 × (Sum of the FIPR points scored by each faculty member)/N

Name of the faculty (contributing FIPR points (max. 5 per faculty)

to FIPR) 2012-2013 2013-2014 2014-2015
Dr G Venkata Ramana 0.00 5.00 0.00

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Dr. G.V.K.S.Vara Prasad 0.00 0.00 0.00

Dr. Mohd Hussain 0.00 0.00 0.00
Dr. N. Sanjeev 0.00 0.00 0.00
Dr. Ravi Shankar BR 0.00 0.00 0.00
Dr Akshay SK Naidu 0.00 0.00 0.00
Mr D Siddu Ramulu 0.00 0.00 0.00
Mr A Srinivasa Reddy 0.00 0.00 0.00
Mr. B Shanmukhewara Babu 0.00 0.00 0.00
Mr B Srinu Naik 0.00 0.00 0.00
Mr. B.Krupakar Yadav 0.00 0.00 0.00
Mr. B.Raja sekhar 0.00 0.00 0.00
Mr. B.Srinivasa Rao 0.00 0.00 0.00
Mr G Karthik 0.00 0.00 0.00
Mr M Suresh Babu 0.00 0.00 0.00
Mr. M.Prasanna Kiran Kumar 0.00 0.00 0.00
Mr. P. Mahesh kumar 0.00 0.00 0.00
Mr. P.N.K Haranath 0.00 0.00 0.00
Mr. S. Madhusudhan Reddy 0.00 0.00 0.00
Mr Shaik Fayazuddin 0.00 0.00 0.00
Mr. T Srinivas 0.00 0.00 0.00
Mr. T.K. Satish Kumar 0.00 0.00 0.00
Mr. V Srinivasa Reedy 0.00 0.00 5.00
Mr. V.S.S.Sudheer Chekka 0.00 0.00 0.00
Mr.. Ravi Gadiraju 0.00 0.00 0.00
Mr.C.Venkateshwara Rao 0.00 0.00 0.00
Mr. Y. Kamala Raju 0.00 0.00 0.00
Ms Ayona Nair 0.00 0.00 0.00
Ms C Lavanya 0.00 0.00 5.00
Ms C Preeti 0.00 0.00 0.00
Ms J Srilaxmi 0.00 0.00 0.00
Ms K Hemalatha 0.00 0.00 0.00
Ms K Puneetha Reddy 0.00 0.00 0.00

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K Shilpa 0.00 0.00 0.00

Ms K Soujanya 0.00 0.00 0.00
Ms O.S.D Hima Bindu 0.00 0.00 0.00
Ms P Sirisha 0.00 0.00 0.00
Ms P Santhi Raj 0.00 0.00 0.00
Ms R Ramya Swetha 0.00 0.00 0.00
Ms. Sri Lakshmi Sravya M 0.00 0.00 0.00
Nithya John 0.00 0.00 0.00
Sri S.Prasad Raju 0.00 0.00 0.00
Sri Bh. Mahesh Chandrakanth 0.00 0.00 0.00
Sri C V S Narayana 0.00 0.00 0.00
Sri GVV Satyanarayana 0.00 0.00 5.00
Sri S Venkata charyulu 0.00 0.00 0.00
Sri V Gajendra 0.00 5.00 5.00
Sri V Mallikarjun Reddy 0.00 0.00 0.00
Sum 0.00 10.00 15.00
N 28.00 27.00 27.00
Assessment of FRP = 2 × Sum/N 0.00 0.74 1.11

0.62
Average assessment

5.9 Funded R&D Projects and Consultancy (FRDC) Work (20)

(Instruction: A faculty member scores maximum 5 points, depending upon the amount.
A suggested scheme is given below, for a minimum amount of Rs. 1 lakh:)

Assessment of R&D and Consultancy projects = 4 × (Sum of FRDC by each faculty member)//N
Five points for funding by national agency,
Four points for funding by state agency,
Four points for funding by private sector, and
Two points for funding by the sponsoring trust/society.

Name of the faculty (contributing to FRDC points (max. 5 per faculty)

FRDC) 2012-2013 2013-2014 2014-2015
Dr G Venkata Ramana 2.00 2.00 0.00

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Dr. G.V.K.S.Vara Prasad 0.00 0.00 2.00

Dr. Mohd Hussain 2.00 2.00 2.00
Dr. N. Sanjeev 0.00 0.00 2.00
Dr. Ravi Shankar BR 2.00 2.00 0.00
Dr Akshay SK Naidu 2.00 2.00 0.00
Mr A Srinivasa Reddy 0.00 0.00 0.00
Mr. B Shanmukhewara Babu 0.00 0.00 0.00
Mr B Srinu Naik 0.00 0.00 0.00
Mr. B.Krupakar Yadav 0.00 0.00 0.00
Mr. B.Raja sekhar 0.00 0.00 0.00
Mr. B.Srinivasa Rao 0.00 0.00 0.00
Mr D Siddu Ramulu 0.00 0.00 0.00
Mr G Karthik 0.00 0.00 0.00
Mr M Suresh Babu 0.00 0.00 0.00
Mr. M.Prasanna Kiran Kumar 0.00 0.00 0.00
Mr. P. Mahesh kumar 0.00 0.00 0.00
Mr. P.N.K Haranath 0.00 0.00 0.00
Mr. S. Madhusudhan Reddy 0.00 0.00 0.00
Mr Shaik Fayazuddin 0.00 0.00 0.00
Mr. T Srinivas 0.00 2.00 2.00
Mr. T.K. Satish Kumar 0.00 0.00 0.00
Mr. V Srinivasa Reedy 0.00 2.00 2.00
Mr. V.S.S.Sudheer Chekka 0.00 2.00 2.00
Mr.. Ravi Gadiraju 0.00 0.00 0.00
Mr.C.Venkateshwara Rao 0.00 0.00 0.00
Mr. Y. Kamala Raju 0.00 0.00 0.00
Ms Ayona Nair 0.00 2.00 0.00
Ms C Lavanya 2.00 2.00 5.00
Ms C Preeti 0.00 0.00 0.00
Ms J Srilaxmi 0.00 0.00 0.00
Ms K Hemalatha 0.00 0.00 0.00
Ms K Puneetha Reddy 0.00 0.00 0.00

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K Shilpa 0.00 2.00 0.00

Ms K Soujanya 0.00 0.00 0.00
Ms O.S.D Hima Bindu 2.00 2.00 0.00
Ms P Sirisha 0.00 2.00 0.00
Ms P Santhi Raj 0.00 2.00 0.00
Ms R Ramya Swetha 0.00 2.00 0.00
Ms. Sri Lakshmi Sravya M 0.00 0.00 0.00
Nithya John 0.00 0.00 0.00
Sri S.Prasad Raju 2.00 2.00 0.00
Sri Bh. Mahesh Chandrakanth 0.00 0.00 0.00
Sri C V S Narayana 0.00 0.00 2.00
Sri GVV Satyanarayana 2.00 2.00 2.00
Sri S Venkata charyulu 0.00 2.00 2.00
Sri V Gajendra 0.00 2.00 0.00
Sri V Mallikarjun Reddy 2.00 2.00 2.00
Sum 18.00 38.00 20.00
N 28.00 27.00 27.00
Assessment of FRP = 2 × Sum/N 2.57 5.63 2.96

3.72
Average assessment

5.10 Faculty Interaction with Outside World (10)

(Instruction: A faculty member gets maximum five interaction points, depending upon the type
of institution or R&D laboratory or industry, as follows)

FIP = Faculty interaction points

Assessment = 2 × (Sum of FIP by each faculty member)/N
Five points for interaction with a reputed institution abroad, institution of eminence in India,
national research laboratories.

Three points for interaction with institution/industry (not covered earlier).

Points to be awarded, for those activities, which result in joint efforts in publication of
books/research paper, pursuing externally funded R&D / consultancy projects and/or
development of semester-long course / teaching modules.

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Name of the faculty (contributing to FIP

FIP) 2012-2013 2013-2014 2014-2015
Dr G Venkata Ramana 5.00 5.00 5.00
Dr. G.V.K.S.Vara Prasad 0.00 0.00 3.00
Dr. Mohd Hussain 5.00 5.00 5.00
Dr. N. Sanjeev 0.00 0.00 0.00
Dr. Ravi Shankar BR 5.00 5.00 0.00
Dr Akshay SK Naidu 5.00 5.00 0.00
Mr D Siddu Ramulu 0.00 0.00 0.00
Mr A Srinivasa Reddy 0.00 0.00 0.00
Mr. B Shanmukhewara Babu 0.00 5.00 5.00
Mr B Srinu Naik 0.00 0.00 0.00
Mr. B.Krupakar Yadav 0.00 0.00 0.00
Mr. B.Raja sekhar 0.00 0.00 0.00
Mr. B.Srinivasa Rao 0.00 0.00 0.00
Mr G Karthik 0.00 0.00 3.00
Mr M Suresh Babu 0.00 0.00 0.00
Mr. M.Prasanna Kiran Kumar 0.00 0.00 0.00
Mr. P. Mahesh kumar 0.00 0.00 0.00
Mr. P.N.K Haranath 0.00 0.00 0.00
Mr. S. Madhusudhan Reddy 0.00 0.00 0.00
Mr Shaik Fayazuddin 0.00 0.00 3.00
Mr. T Srinivas 0.00 5.00 5.00
Mr. T.K. Satish Kumar 0.00 0.00 0.00
Mr. V Srinivasa Reedy 0.00 5.00 5.00
Mr. V.S.S.Sudheer Chekka 0.00 3.00 0.00
Mr.. Ravi Gadiraju 0.00 0.00 0.00
Mr.C.Venkateshwara Rao 0.00 0.00 0.00
Mr. Y. Kamala Raju 0.00 3.00 3.00
Ms O.S.D Hima Bindu 0.00 3.00 3.00
Ms Ayona Nair 0.00 0.00 0.00
Ms C Lavanya 5.00 5.00 5.00

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Ms C Preeti 0.00 0.00 3.00

Ms J Srilaxmi 0.00 0.00 0.00
Ms K Hemalatha 0.00 0.00 0.00
Ms K Puneetha Reddy 0.00 0.00 0.00
K Shilpa 0.00 0.00 0.00
Ms K Soujanya 0.00 0.00 0.00
Ms P Sirisha 0.00 0.00 3.00
Ms P Santhi Raj 0.00 0.00 3.00
Ms R Ramya Swetha 0.00 0.00 0.00
Ms. Sri Lakshmi Sravya M 0.00 0.00 3.00
Nithya John 0.00 0.00 0.00
Sri S.Prasad Raju 0.00 3.00 3.00
Sri Bh. Mahesh Chandrakanth 0.00 0.00 0.00
Sri C V S Narayana 0.00 0.00 5.00
Sri GVV Satyanarayana 5.00 5.00 5.00
Sri S Venkata charyulu 0.00 3.00 3.00
Sri V Gajendra 5.00 5.00 0.00
Sri V Mallikarjun Reddy 5.00 5.00 5.00
Sum 40.00 70.00 78.00
N 28.00 27.00 27.00
Assessment of FRP = 2 × Sum/N 2.86 5.19 5.78

4 .
Average assessment

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6 Facilities and Technical Support (75)

Description of classrooms, faculty rooms, seminar, and conference halls:

No.
of
Room Shared/ Rooms Equipped with PC,
Ro Usage Capacity
description Exclusive Internet, etc.
om
s
Class Rooms 7 For conducting class work Exclusive 72 for each State-of-art infrastructure, Wi-Fi
PC, Laptop with Wi-Fi, scanner,
HOD Room 1 For Head of the Department Exclusive 1
printer, LCD
Faculty
2 For Department faculty Exclusive 35 Modern infrastructure, Wi-Fi
Rooms
For conducting workshops,
Seminar
1 Guest lectures and departmental Exclusive 72 With modern teaching aids
Halls
meetings
Conference For conducting conferences and
1 Exclusive 150 Modern infrastructure
Hall technical events
Tutorial For conducting tutorial and
2 Exclusive 72 Modern teaching aids
Rooms remedy classes
For conducting practical Modern equipment and licensed
Laboratories 11 Exclusive 36 for each
sessions softwares with LAN and Wi-Fi

6.1 Classrooms in the Department (20)

6.1.1 Adequate number of rooms for lectures (core/electives), seminars, tutorials, etc., for the
program (10)
(Instruction: Assessment based on the information provided in the preceding table.)

No. of Class rooms : 6+1

No. of Seminar Halls : 1
No. of Tutorial rooms : 2

Detailed information about the rooms in the department is given below

Room Exclusive/
Usage Room Equipped with
No Shared
4201
4204
4208 Class rooms are equipped with good infrastructure
Class
4212 Exclusive and are well designed to give ideal teaching and
Room
4224 learning environment.
4112
4424

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4218 Tutorial rooms with a seating capacity of 60

Tutorial
Exclusive students are available for special and remedial
4219 room
classes
Seminar Air conditioned hall equipped with modern
4412 Exclusive
Hall teaching aids and PA System.

6.1.2 Teaching aids---multimedia projectors, etc (5)

(Instruction: List the various teaching aids available)

Teaching Aids:
From the inception, the teaching staff at GRIET uses the modern Teaching aids for effective way of teaching.
The process of teaching-learning depends on different types of teaching aids and tools available in the
classroom. Teaching aids used at GRIET facilitate the student learning without having to rely only on
textbooks and form an integral component of a classroom and are very important in the TLP (Teaching
Learning Process). These teaching aids play an important role in assisting students to improve reading
comprehension skills, illustrating or reinforcing a skill or concept, differentiating instruction and relieving
anxiety or boredom by presenting information in a new and interesting way.

The teaching-learning resources address multiple learning styles, themes, grades and academic skill levels.
Teachers at GRIET find these aids, as supplements to curriculum materials. Such resources can make teaching
and learning, a rewarding experience. We use the latest teaching aids available in the form of audio, video and
audio-visual aids. They are very important in implementation of learning objectives which affects the
outcomes.

We at GRIET enjoy the following advantages by implementing Teaching Aids:

1. Students tend to forget if they only listen in their classroom. Appropriate teaching aid if properly used
helps them to retain the concepts better and for a longer period.
2. Providing conceptual thinking and imagining capabilities.
3. Helping the student to get clarity on the subject more clearly.
4. Enhancing the learning experience for the students by motivating those using different teaching aids.
5. Making the classrooms more interesting, live and interactive.
6. Helping the students to increase and improve their vocabulary and communication skills.
7. Creating a proper image of the subject when the students hear, visualize and imagine.
8. Creating an interesting environment for the students.
9. Provide hands-on experience to the students with the help of teaching aids such as models.

Different Teaching aids used in GRIET:

Visual Aids:
White board
 The written matter on the board is meant to attract the attention and it stays visually for a long time
to the student
 It acts as a prompt and a reminder of the on-going lecture. Thus acts as a reinforcing tool in TLC.
 It is used simultaneously along with other aids which may last a short period visually.
 It helps in step-wise/sequentially depict a process or derive formulae.
 It makes the student put his or her understanding on the board, upon an invitation of the teacher in
front of the audience.

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 The summary of the lecture is captured on the board, reinforcing the teaching objective.

i. The Bulletin-Board
 It has a wider reach, serving as a mass communication tool.
 The display summarizes the class room activity.
 The activity of a group or the present status is made available.
 It acts as a display for result of an individual or group activity.
 It acts as a motivator when displaying awards and prizes or appreciations.
 Visual information other than written/ typed matter, photos and posters are also displayed.

ii. Overhead Projector/ LCD Projector.

 They evoke more involvement by the audience as the visuals are strong in composition and content.
 The teacher has the flexibility of using still photos, typed matter and video.
 Numerical data is projected as tables, graphs, charts, flow-charts, info graphics, which provoke self
analysis of the projection as against the information being talked.
 Projected data or figures are put for discussion and for analysis by the group.
 Still projections are used for quiz, tests and guide students effectively.

iii. Representations -charts, sketches, flash cards, posters, pictures, pamphlets, hand-outs etc.
 A good way to present and practice and also recycle vocabulary for all the activities in a class room.
 We use bright and colorful Flash cards to make visual impact on the viewer that leaves a longer
imprint of the content on the minds.
 Increases the creative time of students and also adds context to subject learning.
 They are visually stimulating and very versatile in fitting most of the activities at all levels.

1. Audio-Visual aids:

i. Motion pictures / Video Lectures

 Video lectures are virtual classes by subject experts which not only provide content; they also
stimulate the interest that makes the curriculum relevant, meeting the course objectives.
 Students can watch these video lectures or they can revisit the stream at any point replaying the part
that they did not understand.
 Students can view and study this instructor’s lecture as often as they wish until they understand the
material.
 These video lectures helps in improving student’s grades and increases their overall level of
satisfaction and confidence.
 Even the most complex and challenging subjects can be delivered to the students in a more
interesting way.

2. Activity aids:

i. Industrial Tours, Excursion, field trips.

 Industrial visits are considered as one of the most strategic methods of teaching and learning
process.
 These tours provide students with an opportunity to learn in real time, practically through
interaction, working methods and employment practices.
 They represent an important activity that contributes to the achievement of various essential
learning outcomes and program objectives for the pre-final year and final year students.

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ii. Preparation of models, charts, Role play, Demonstration, Interactive games, Quizzical,
Questionnaires
 This is an instant way of assessment of the students and reflects the teaching and learning process.
 The teacher prepares the questionnaire based on the subject, divides the class into groups and
conducts the questionnaire or interactive games.
 They evoke memory recall of the subject or the topic(s) that are covered in the classroom by the
students very effectively.
 It is used as a tool to elicit competitive spirit to gain good grades and winning attitude.
 Overall, this helps the students to prepare for online tests and quizzes which are assessments.

4. Internet:

 Internet provides access to an amazing number of constantly updated and expanding resources and
an incredible wealth of information.
 The Teaching-Learning Process at the institute includes self-research by students on topics given as
assignments and seminars. Students use it as discussion boards, to discuss what they find with
classmates or, if they’re using e-mail, with students in another class or an expert in the field they are
studying, and finally they can publish their work on the Web.
 Students are empowered as learners, they are motivated to use e-tools to enhance and develop team
building skills, and learning through sharing.
 The framework for learning is more adaptable to a fast-changing world, resources for learning are
replaced by online link to the real world, resources can be adapted to immediate learning needs and
skills are developed for the information age.
 The institute records all activity under Mini- and Major Projects as video presentations for
motivating and educating the fresh batch students providing a platform for novelty, innovative
thinking and interaction with alumni.
 Internet skills are important for employment, improve quality of life, etc.; our students need to
master them no matter whatever their field or profession.

6.1.3 Acoustics, classroom size, conditions of chairs/benches, air circulation, lighting, exits, ambience,
and such other amenities/facilities (5)

(Instruction: Assessment based on the information provided in the preceding table and the inspection thereof.)

 All the classrooms are well furnished, ventilated, and spacious and equipped with modern teaching
aids.
 Separate rooms are available for tutorial classes with necessary infrastructure.
 Large size classrooms, seminar halls and laboratories have two exits for emergencies.
 All classrooms are acoustically designed to minimize echo and sound distortion.
 On the whole at GRIET, the class / tutorial rooms, seminar halls are designed in a way that they
provide a conductive environment which is needed for technology enhance learning with all the modern
teaching aids and amenities.

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Air circulation /
Room Room Size in Conditions of Amenities /
Acoustics lighting / Exit /
No sq.mt / strength chairs/benches Facilities
Ambience
4201 95sq.mt / 72
4204 80sq.mt / 72
State-of-art
4208 85sq.mt / 72
infrastructure,
4212 146sq.mt / 72 Good Excellent Excellent
necessary
4224 95sq.mt / 72
gadgets
4112 146sq.mt / 72
4424 95sq.mt / 72

6.2 Faculty Rooms in the Department (15)

6.2.1 Availability of individual faculty rooms (5)

(Instruction: Assessment based on the information provided in the preceding table.)

 Halls are portioned into cubicles for accommodating 1-3 faculty members in each comfortably.
 Each cubicle is well equipped with necessary infrastructure, good ventilation and Wi-Fi facility round
the clock.
 The cabins are spacious enough to have interactions with students personally.

Room Room size

No in sq.mt
4213 87
4113 67

6.2.2 Room equipped with white/black board, computer, Internet, and such other amenities/facilities (5)

(Instruction: Assessment based on the information provided in the preceding table)

 Some of the faculty rooms have a white board aiding for discussions.
 Faculty rooms have desktop, scanner and printer, apart from the use of laptops. They can use their
personal gadgets for which power sockets are provided in the faculty rooms.
 The cubicles also have lockable storage racks for keeping the academic material apart from the
individual desk storage space with lockable drawers.
 The faculty rooms are connected with LAN and Wi-Fi for Internet access.
 They also have constant supply of RO water through dispensers, and a kitchenette for the refreshment
of the faculty.

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White/ Computer/
Room
Black Internet Cupboards Amenities/facilities
No
Board Facilities
Adequate in
4213 Yes Desktop computer, scanner,
Wi-Fi and number
printer, water purifier,
Laptops
4113 Yes refrigerator and kitchenette

6.2.3 Usage of room for counseling/discussion with students (5)

(Instruction: Assessment based on the information provided in the preceding table and the inspection thereof.)

 Adequate space is available in the faculty rooms for discussions / clarifications / counseling with the
students.
 Each faculty can have discussion with his / her project team or research group in their respective
cabins.
 Faculty mentors are assigned to students in the program. Mentors meet one – on – one with students in
their respective cubicles to counsel on course planning, inspire students to gain confidence and self-
motivation.

Space For Department

Room
Discussions with library facility for
No
Students faculty
4213
Yes Yes
4113

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The following table is required for the subsequent criteria.

Laboratory Space,
Exclusive Number of Quality of Laboratory
description in the number of
use / shared experiments instruments manuals
curriculum students
Fluid Mechanics Exclusive 132sq.mt, 36 10 Excellent Available
Surveying I Exclusive 95sq.mt, 36 10 Excellent Available
Computer Aided
Drafting of Exclusive 120sq.mt, 36 10 Excellent Available
Buildings
Strength of Materials Exclusive 245sq.mt, 36 12 Excellent Available
Hydraulics &
Exclusive 132sq.mt, 36 10 Excellent Available
Hydraulic Machinery
Surveying II Exclusive 95sq.mt, 36 10 Excellent Available
Concrete
Exclusive 160sq.mt, 36 12 Excellent Available
Technology
Geotechnical
Exclusive 245sq.mt, 36 13 Excellent Available
Engineering
Engineering Geology Exclusive 85sq.mt, 36 11 Excellent Available
Environmental
Exclusive 85sq.mt, 36 14 Excellent Available
Engineering
Irrigation Design &
Exclusive 120sq.mt, 36 10 Excellent Available
Drawing
Highway materials Exclusive 85sq.mt, 36 10 Excellent Available
Remote Sensing &
Exclusive 120sq.mt, 36 10 Excellent Available
GIS
STAAD Exclusive 120sq.mt, 36 10 Excellent Available

6.3 Laboratories in the Department to meet the Curriculum Requirements and the
POs (25)
6.3.1 Adequate, well-equipped laboratories to meet the curriculum requirements and the POs (10)

(Instruction: Assessment based on the information provided in the preceding table.)

 The department has excellent laboratory infrastructural facilities and all the year students are trained in
their respective laboratories to enhance their practical skills and also to meet their curriculum
requirements.
 Laboratories are equipped with sufficient hardware & licensed software to run program specific
curriculum and off program curriculum.
 These laboratories are under the guidance of well experienced faculty, lab assistants and lab
technicians.

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 B.Tech (Civil Engineering) SAR - PART B

 Lab manuals are available for all the lab courses which consist of solutions for curriculum experiments
and additional experiments.
 Product laboratory is available for faculty and students to carry their innovative products and projects.
 Exclusively a project lab has been provided for the students to carry out their mini and major project
work.

Space
Lab Description in the Exclusive (Sq.mts), Number of Quality of Lab
Curriculum / Shared Number of Experiments instruments manuals
Students
GIS & IDD Lab 120sq.mt, 36 10+10
CAD & STAAD Lab 120sq.mt, 36 10+10
Strength of Materials Lab 245sq.mt, 36 12
Concrete Technology Lab 160sq.mt, 36 10
Highway Materials Lab 85sq.mt, 36 10
Fluid Mechanics Lab 132sq.mt, 36 10
Geotechnical Engineering Exclusive 245sq.mt, 36 Excellent Available
13
Lab
Environmental Engineering
85sq.mt, 36 14
Lab
Engineering Geology Lab 85sq.mt, 36 10
Surveying Lab 95sq.mt, 36 10 +10
Hydraulics and Hydraulic
132sq.mt, 36 12
Machines Lab

Mapping of Laboratories with POs

Program Outcomes
Name of the Laboratory
a b c d e f g h i j k l
Fluid Mechanics Lab x x x
Surveying Lab - I x x x x
Computer Aided Drafting of Building Lab x x x x
Strength of Materials Lab x x x
Hydraulics and Hydraulic Machinery Lab x x x
Surveying Lab – II x x x
Concrete Technology Lab x x x
Geotechnical Engineering Lab x x x x
Engineering Geology Lab x x x
Environmental Engineering Lab x x x
Irrigation Design & Drawing x x x x
Highway Materials Lab x x x
Remote Sensing & GIS Lab x x x x
STAAD Lab x x x

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 B.Tech (Civil Engineering) SAR - PART B

6.3.2 Availability of computing facilities in the department (5)

(Instruction: Assessment based on the information provided in the preceding table.)

For UG programme more than 126 Desk Top PCs are available in the labs with fully loaded licensed software
to facilitate students to carry their course work.

No of
Condition of Hardware /
Laboratory Room Number Computers/ PEOs
Equipment Software
Laptops
Computer Aided
Drafting of Building 4205 50 Excellent AutoCAD 1,2,3
Lab
Irrigation Design &
4205 50 Excellent AuotCAD 1,2,3
Drawing
Remote Sensing &
4207 50 Excellent GIS software 1,2,3
GIS
STAAD 4207 50 Excellent STAAD 1,2,3

6.3.3 Availability of laboratories with technical support within and beyond working hours (5)

(Instruction: Assessment based on the information provided in the preceding table.)

 The college timings are staggered for all the four year students in order to avoid any discrepancy in the
laboratory schedules.
 All the laboratories are open from 8:00AM in the morning till 6:00PM in the evening and the technical
staff is made available for the time the laboratory is open to assist the students in their respective
sessions irrespective of their lab schedules.
 All the laboratories have sufficient equipment in running condition for the students to perform their
experiments.
 The ratio of student to equipment available is maintained to be 2:1 to have a clear understanding of all
the experiments performed in the lab sessions.
 Technical staff is trained to handle all the laboratory activities and every laboratory has an in-charge
who takes care of all the laboratory equipment.
 To ensure the smooth functioning of the laboratory a couple of staff members accompany the technical
staff along with lab assistants and lab technicians.

Laboratories Availability of tech

and support in lab
Year College Timings
Student projects Lab timings timings
II 8.00 A.M to 2.00 P.M 8.00 A.M to 6.00 P.M YES
III 9.00 A.M to 3.00 P.M 8.00 A.M to 6.00 P.M YES
IV 11.00 A.M to 5.00 P.M 8.00 A.M to 6.00 P.M YES

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 B.Tech (Civil Engineering) SAR - PART B

Work carried out

Name of the Working
in beyond Lab In-charge Lab Faculty
Laboratory Hours
working hours
B.Shanmukeshwa
8:00 A.M to Mini/Major
GIS & IDD Lab K. Ranjit Kumar ra Babu /Y.Kamal
6:00 P.M Projects
Raj
CAD & STAAD 8:00 A.M to Mini/Major A.Srinivasa
V. Siva Reddy
Lab 6:00 P.M Projects Reddy/T.Srinivas
Strength of 8:00 A.M to Mini/Major
P. Venkat Raju R.Ramya Swetha
Materials Lab 6:00 P.M Projects
Concrete 8:00 A.M to Mini/Major GVV
K.Laxmaiah
Technology Lab 6:00 P.M Projects Satyanarayana
Highway Materials 8:00 A.M to Mini/Major
D. Peddi Raju G.Karteek
Lab 6:00 P.M Projects
Fluid Mechanics 8:00 A.M to Mini/Major G. Ramakrishnam S.Venkata
Lab 6:00 P.M Projects Raju Charyulu
Geotechnical 8:00 A.M to Mini/Major R.J.V Sita Rama
Dr. C.Lavanya
Engineering Lab 6:00 P.M Projects Raju
Environmental 8:00 A.M to Mini/Major
S. Meena OSD Hima Bindu
Engineering Lab 6:00 P.M Projects
Engineering 8:00 A.M to Mini/Major R.J.V Sita Rama B.Shanmukeshwa
Geology Lab 6:00 P.M Projects Raju ra Babu
8:00 A.M to Mini/Major P.S.R.P.S.S.S.
Surveying Lab S.P.Raju
6:00 P.M Projects Vardhani
Hydraulics and
8:00 A.M to Mini/Major G. Ramakrishnam S.Venkata
Hydraulic Machines
6:00 P.M Projects Raju Charyulu
Lab

6.3.4 Equipment to run experiments and their maintenance, number of students per experimental setup,
size of the laboratories, overall ambience, etc (5)

(Instruction: Assessment based on the information provided in the preceding table.)

 The laboratories are equipped with high-end configuration systems needed for execution of
experiments.
 Laboratories are well maintained by the technical and non-technical staff.
 Sufficient number of systems is available for the students to carry out the experiments.

No of
Size of the
Students
Laboratory Equipment Maintenance Laboratory Overall ambience
per
(sq. mt.)
Experiment
Venturimeter, Maintained by Qualified faculty, staff
Fluid Orifice meter, Skilled lab with good condition of
2 132
Mechanics Bernoullis, technician & Lab equipment has
Notch, Pipe Skilled created an ambience

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 B.Tech (Civil Engineering) SAR - PART B

friction etc. Professional for learning

Chain Qualified faculty, staff

Maintained by
surveying, with good condition of
Skilled lab
Surveying I Compass, 2 95 Lab equipment has
technician &
Plane table, created an ambience
Professional
Levelling, etc for learning
Maintained by
Skilled lab Qualified faculty, staff
Computer Computers
technician & with good condition of
Aided with Design
Skilled 1 120 Lab equipment has
Drafting of and Analysis
computer created an ambience
Building software
Hardware for learning
Professional
UTM,
Hardness
testing Maintained by Qualified faculty, staff
equipment, Skilled lab with good condition of
Strength of
computerized technician & 1 245 Lab equipment has
Materials
material Skilled created an ambience
property Professional for learning
testing
machines
Turbines, Qualified faculty, staff
Maintained by
Hydraulics & Pumps, Jet with good condition of
Skilled lab
Hydraulic flows, 2 132 Lab equipment has
technician &
Machinery hydraulic created an ambience
Professional
jump, etc. for learning
Qualified faculty, staff
Theodolite, Maintained by
with good condition of
Levelling, Skilled lab
Surveying II 2 95 Lab equipment has
Total Station, technician &
created an ambience
etc. Professional
for learning
Consistency,
compressive Qualified faculty, staff
Maintained by
strength, with good condition of
Concrete Skilled lab
workability, 2 160 Lab equipment has
Technology technician &
specific created an ambience
Professional
gravity, Vee- for learning
bee, etc
Grain size,
Qualified faculty, staff
CBR, Maintained by
with good condition of
Geotechnical Consolidation, Skilled lab
2 245 Lab equipment has
Engineering compaction, technician &
created an ambience
permeability, Professional
for learning
direct shear,

Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad Page 254

 B.Tech (Civil Engineering) SAR - PART B

etc.

Qualified faculty, staff

Minerals, Maintained by
with good condition of
Engineering Rocks, Skilled lab
1 85 Lab equipment has
Geology Geological technician &
created an ambience
Maps, etc. Professional
for learning
pH, Turbidity, Qualified faculty, staff
Maintained by
Environment conductivity, with good condition of
Skilled lab
al BOD, COD, 1 85 Lab equipment has
technician &
Engineering Chlorine created an ambience
Professional
demand, etc for learning
Maintained by
Computers
Skilled lab Qualified faculty, staff
with CAD
Irrigation technician & with good condition of
software for
Design & Skilled 1 120 Lab equipment has
irrigation
Drawing computer created an ambience
design and
Hardware for learning
drawings
Professional
Crushing Qualified faculty, staff
Maintained by
value, Impact with good condition of
Highway Skilled lab
value, 2 85 Lab equipment has
materials technician &
Abrasion, created an ambience
Professional
Ductility, etc. for learning
Maintained by
Skilled lab Qualified faculty, staff
Computers
Remote technician & with good condition of
with GIS
Sensing & Skilled 1 120 Lab equipment has
software for
GIS computer created an ambience
digitization
Hardware for learning
Professional
Maintained by
Computers Skilled lab Qualified faculty, staff
with STAAD technician & with good condition of
STAAD Pro. software Skilled 1 120 Lab equipment has
for design and computer created an ambience
analysis Hardware for learning
Professional

6.4 Technical Manpower Support in the Department (15)

Name of the Design Pay Exclusive Date of Qualificatio Now Other Responsib

Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad Page 255

 B.Tech (Civil Engineering) SAR - PART B

technical ation scale / shared joining n technical ility

staff work At Joining skills
gained
Training on
G.
Drilling,
Ramakrishna Lab 6700- I.T.I ( I.T.I FM/HHM
Exclusive 24.11.1997 Milling and
m Assistant 55600 Fitter) ( Fitter) Lab
Lathe
Raju
operations
Training on
P. Venkat
Mechani 6700- I.T.I I.T.I Surface
Raju Exclusive 16.11.1997 SM Lab
c 55600 (Carpenter) ( Carpenter) Finishing,
UTM
Training on
P.S.R.P.S.S.S. Lab 6700- Diploma Diploma Total Surveying
Exclusive 08.11.2010
Vardhani Assistant 55600 (civil Engg) (civil Engg) Station Lab
Survey
Lab 6700- ITI
K.Laxmaiah Exclusive 28.07.2014 ITI (Turner) None CT/HM Lab
Assistant 55600 (Turner)
Mr. R.J.V. None
Lab 6700- GTE Lab/
Sita Rama Exclusive 02.01.2006 ITI ITI
Assistant 55600 EG Lab
Raju
Lab 6700- B.Sc None
Ms. S. Meena Exclusive 25.06.2014 B.Sc (MPC) EE Lab
assistant 55600 (MPC)
None CAD &
V.V Siva Lab 6700- B.Tech B.Tech
Exclusive 27.01.2014 STAAD
Reddy Assistant 55600 (Civil) (Civil)
Lab
Lab M.Sc M.Sc None
K. Ranjit 6700- GIS & IDD
Program Exclusive 11.02.2008 (Computer (Computer
Kumar 55600 Lab
mer Science) Science)
ITI ITI None Highway
Lab 6700-
D. Peddi Raju Exclusive 02.02.1998 (draftsman (draftsman Materials
Assistant 55600
civil) civil) Lab

6.4.1 Availability of adequate and qualified technical supporting staff for programme-specific
laboratories (10)

(Instruction: Assessment based on the information provided in the preceding table.)

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 B.Tech (Civil Engineering) SAR - PART B

 The technical proficiency of the technical staff is such that they are highly versatile in adapting as per
programme needs and running the experiment and cater to requirements of all the three year-wise
batches and their experiments.
 Each laboratory is maintained by one Technical Staff and they are available exclusively for that
laboratory based on the semester requirements.
 Their duties are:
o Issuing the components and equipment, Monitoring and take the responsibilities along with
concerned lab in charge faculty.
o Maintenance of the equipment, collecting the complaints from students / staff on equipment and
resolve their complaints.
o Maintain the stock register as per the guidelines from the higher authorities.
o Taking safety precautionary measures while handling the equipment.
o The technical staff regularly enhances their skills through participating in workshops.

S.No Laboratory Qualified technical Staff Designation

1 Fluid Mechanics G Rama Krishnam Raju Lab Assistant
2 Surveying I P.S.R.P.S.S.S. Vardhani Lab Assistant
Computer Aided Drafting of
3 V.V Siva Reddy Lab Assistant
Building
4 Strength of Materials P Venkata Raju Lab Assistant
Hydraulics & Hydraulic
5 G Rama Krishnam Raju Lab Assistant
Machinery
6 Surveying II P.S.R.P.S.S.S. Vardhani Lab Assistant
7 Concrete Technology K.Laxmaiah Lab Assistant
8 Geotechnical Engineering Mr. R.J.V. Sita Rama Raju, Lab Assistant
9 Engineering Geology Mr. R.J.V. Sita Rama Raju, Lab Assistant
10 Environmental Engineering Ms. S. Meena Lab Assistant
11 Irrigation Design & Drawing K. Ranjit Kumar Lab programmer
12 Highway materials D. Peddi Raju Lab Assistant
13 Remote Sensing & GIS K. Ranjit Kumar Lab Programmer
14 STAAD V.V Siva Reddy Lab Assistant

Technical Staff competencies with Programme specific criteria

G Venkata Raju, completed ITI Fitter in 1985, worked as a machinist, as a

Operator, as a Production officer. He joined as a Lab Assistant in GRIET 1997.
He attended various development programmes like advanced machining
techniques and welding processes and practice skills improvement in
fabrication. His practical experience is useful in handling Mechanics of solids
Lab. He is eminent non-teaching faculty, helps students in labs, mini and major
projects.

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 B.Tech (Civil Engineering) SAR - PART B

G. Rama Krishna Raju, completed ITI (Fitter) in 1987 worked as a machinist,

as a Operator, as a Production officer. He joined as a Lab Assistant in GRIET
1997. He attended various development programmes like advanced machining
techniques and welding processes and practice skills improvement in
fabrication. His practical experience is useful in handling Fluid Mechanics and
Hydraulic Machinery Lab. He is eminent non-teaching faculty, helps students
in labs, mini and major projects.

Mr. K. Lakshmaiah, completed ITI (turner) in 1980 and BA (Public

Administration) from BR Ambedkar Open University in 1994. Worked as
machine operator in Hyderabad Allwyn during 1986-2003 and Densen
Hydraulics Ltd (2005-2014). He has very good experience in operation and
maintenance of machines and equipment. He has joined GRIET as technician in
July 2014. His experience is useful to students in operating the equipment in
concrete and highway materials labs.

Mrs. PSRPSSS Vardhani, completed Diploma in Civil Engineering in 1991.

She has joined as Technician in Survey lab in November 2010. She is helpful to
students in doing Survey field work. Before joining this organization she
worked with many civil engineering consultants.

Mr. K. Ranjit Kumar, joined GRIET in 2008. He did his M. Sc Computer

Science and conversant with all software and hardware operations and familiar
with software. His knowledge of computer is helpful to students.

Mr V. Venkata Shiva Reddy, obtained his B.Tech in Civil Engineering with

distinction from K.S.R.M college of Engineering, kadapa in the year 2013
affiliated to S.V. University, Tirupati. He has one and half years of experience.
He is expert in handling labs Remote sensing & GIS and STAAD.

Mr. R.J.V. Sita Rama Raju, completed ITI. He joined as Lab Assistant in
GRIET, 2006. He is eminent non-teaching faculty, helps students in labs.

Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad Page 258

 B.Tech (Civil Engineering) SAR - PART B

Ms. S. Meena, Obtained B.Sc (MPC) from BGBS Women’s College under
Andhra University in 2014. She joined as a Lab Assistant in GRIET in 2014.

6.4.2 Incentives, skill-upgrade, and professional advancement (5)

(Instruction: Assessment based on the information provided in the preceding table.)

INCENTIVES

 College provides incentives to non teaching and technical staff members

 The staff on official work are compensated for the conveyance expenses
 Staff deputed for any outstation programs is reimbursed the amount by the administration.
 Group Insurance Schemes are implemented.
 Interest free loans are disbursed for emergency needs on a case-to-case basis.
 Subsidized lunch & snacks facility are provided.
 Free lunch coupons are provided under a general scheme to help staff in times of need.
 Transportation is free
 Free medical facility is provided in the campus, apart from medical leaves and medical allowances.
 Educational loan for higher studies is available in eligible cases.
 Employee State Insurance (ESI), Employee Provident Fund (EPF) subscription available as per norms.
 College arranges get-together every year for non teaching and technical staff along with their family
members.

SKILL UPGRADE

 Staff training programmes are organized and conducted regularly to upgrade the technical skills of both
technical and non teaching staff members
 Staff is trained on new equipments or tool by the Vendor during induction and installation in the
department.
 Training is provided on operation of PCs, Printer, and Scanner, Internet modems, configuring IP
address, power connection, software installations, PC format activity and antivirus installation.
 Training is provided on MS Office, Excel to non teaching and technical staff members as part of
computer literacy programme
 Regular Training is provided to improve soft skills and communication skills.
 Training is provided on the aspects of safety, security and best laboratory practices.
 Training is provided on energy conservation for optimum use of all other resources.
 Induction and orientation programmes are conducted for all new recruits
 Intensive training provided on all laboratory experiments to meet changing syllabus requirements.

PROFESSIONAL DEVELOPMENT

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 B.Tech (Civil Engineering) SAR - PART B

 Eligible non teaching and technical staff members are given chance to study B.Tech and M.Tech course
with subsidized tuition fee
 Eligible staff is promoted to the next cadre upon accumulation of seniority and experience in service
e.g., eligible Lab assistant are promoted as Lab supervisors.
 Administrative staff is promoted as senior assistants; senior assistants are promoted to the next level in
administration.
 Lab staff upon successful completion of B.Tech and M.Tech programmes is considered for promotion
as teaching faculty after suitable orientation training like FDP.
 Technical staff are given free time to upgrade their knowledge and technical skill.

Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad Page 260

 B.Tech (Civill Engineering) SAR -
PART B

7 Academic Support Units and Teaching-Learning Process (75)

Students’ Admission
Admission intake (for information only)

(Instruction: The intake of the students during the last three years against the sanctioned
capacity may be reported here.)

2012- 2011-12
Item 2014-2015 2013-2014
2013
Sanctioned intake strength in the 900
1110 1110 930
institute (N)
Number of students admitted on merit 597
699 745 610
basis (N1)
Number of students admitted on 254
306 308 259
management quota/otherwise (N2)
Total number of admitted students in 851
1005 1053 869
the institute (N1 + N2))

Admission quality (for information only)

(Instruction: The admission quality of the students in terms of their ranks in the entrance
examination may be presented here.)

(Tabular data for estimating student-teacher ratio and faculty qualification for first year
common courses)

Rank Range 2014-2015 2013-2014 2012-2013 2011-12

1-10000 50 114 145 167
10000-50000 449 452 347 332
50000-100000 148 131 77 71
100000-150000 28 31 28 15
150000-200000 12 9 12 9
200000 and above 0 4 1 3
Admitted with State 254
Government Norms based on 318
312 259
Percentage in Intermediate
Course

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 B.Tech (Civill Engineering) SAR -
PART B

List of faculty members teaching first year courses:

(Instruction: The institution may list here the faculty members engaged in first year teaching
along with other relevant data.)

Distribution of
Date of Department
Name of faculty Qualific Designat teaching load(%)
joining the with which
member ation ion
institution associated
1st
UG PG
year
Dr. S. Rama
Ph.D Professor 14-07-2000 Basic Sciences 100 0 0
Murthy
Dr. B R K
Ph.D Professor 06-01-1998 Basic Sciences 100 0 0
Reddy

Dr. D. Indira Ph.D Professor 07-01-2004 Basic Sciences 100 0 0

Dr. P.B. Appa

Ph.D Professor 25-04-2009 Basic Sciences 100 0 0
Rao
Dr. B.Srinivasa
Ph.D Professor 29-05-2013 Basic Sciences 100 0 0
Rao
Dr. K.V.Subba
Ph.D Professor 25-08-2014 Basic Sciences 100 0 0
Raju
Dr.
C.R.Venkateswa Ph.D Professor 29-03-2015 Basic Sciences 100 0 0
ra Rao

Dr. G.Patrick Ph.D Professor 27-03-2015 Basic Sciences 100 0 0

Dr. G Srinivas
Ph.D Professor 05-06-2015 Basic Sciences 100 0 0
Bapiraju

Assoc.
Dr. K.V.S.Raju Ph.D 08-11-2005 Basic Sciences 100 0 0
Professor

M.Sc, Assoc.
M. Sridhar 14-09-2006 Basic Sciences 100 0 0
M.Tech Professor

M.Sc.,
Dr.V.N. Rama MBA Asst. 100 0 0
07-07-2008 Basic Sciences
Devi Professor 100 0 0
Ph.D

Asst
Dr. G.Swapna Ph.D 29/04/2015 Basic Sciences 100 0 0
Professor

M.Com Asst.Prof
Ms. Y. Gayathri 12-01-2003 Basic Sciences 100 0 0
M.Phil essor

Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad Page 261

 B.Tech (Civill Engineering) SAR -
PART B

M.Sc., Asst.
K. Vagdevi 14-09-2005 Basic Sciences 100 0 0
M.Tech Professor

M. Aravind M.Phil Asst.

30-06-2006 Basic Sciences 50 50 0
Kumar (Ph.D) Professor

MA,
V. Lakshmi Asst.
M.Phil 28-07-2008 Basic Sciences 75 25 0
Prasanna Professor
(Ph.D)

Nirmalya M.Sc, Asst.

19-07-2007 Basic Sciences 100 0 0
Kumar Mohanty M.Tech Professor

MA Asst.
P. Sujeetha 12-09-2007 Basic Sciences 75 25 0
(Ph.D) Professor

S. Bhagath M.Sc, Asst.

10-01-2008 Basic Sciences 100 0 0
Kumar M.Tech Professor

Ch. Phani Rama M.Sc Asst.

05-09-2008 Basic Sciences 0 100 0
Krishna (Ph.D) Professor

R. Lakshmi MA Asst.
07-02-2009 Basic Sciences 75 25 0
Kanthi (Ph.D) Professor

Asst.
Ch.Vani M.Sc 09-11-2009 Basic Sciences 100 0 0
Professor

Asst.
Bh Saroja Rani M.Sc 17-07-2010 Basic Sciences 100 0 0
Professor

M.Sc Asst.
K. Kalpana 21-07-2010 Basic Sciences 100 0 0
(Ph.D) Professor

M. Haritha Asst.
M.Sc 21-07-2010 Basic Sciences 100 0 0
Kiranmai Professor

Asst.Prof
Ms. N.Latha MBA 26-07-2010 Basic Sciences 100 0 0
essor

Asst.
M. Krishna M.Sc 17-12-2010 Basic Sciences 100 0 0
Professor

Asst.
B. Shanti Sree M.Sc 08-08-2011 Basic Sciences 100 0 0
Professor

M.V.Srikantha M.Sc Asst.

23-09-2011 Basic Sciences 100 0 0
Reddy (Ph.D) Professor

Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad Page 262

 B.Tech (Civill Engineering) SAR -
PART B

Asst.Prof
Ms. D.Roopa MBA 20-10-2011 Basic Sciences 100 0 0
essor

M.Sc., Asst.
P. Lakshmi 01-07-2012 Basic Sciences 100 0 0
M.Tech Professor

M.Sc Asst.
P.M. Rekha 02-02-2012 Basic Sciences 75 25 0
(Ph.D) Professor

M.Sc Asst.
B.Suresh 09-02-2012 Basic Sciences 100 0 0
(Ph.D) Professor

Asst.
P.Naveen M.Sc 16-06-2012 Basic Sciences 100 0 0
Professor

V.Sesha Sai Asst.

M.Sc 18-06-2012 Basic Sciences 100 0 0
Kumar Reddy Professor

Asst.
J.Kishore Babu M.Sc 13-09-2012 Basic Sciences 100 0 0
Professor

Asst.
V. Sailaja MBA 26-07-2012 Basic Sciences 100 0 0
Professor

Asst.Prof
Ms. G.Kalpana M.Sc 07-01-2013 Basic Sciences 100 0 0
essor
Ms.Arshia Asst.Prof
M.Sc 17-06-2013 Basic Sciences 100 0 0
Fathima essor

Ms. Sailaja M.A, Asst

06-10-2013 Basic Sciences 100 0 0
Eswara M.Phil Professor

Asst.Prof
Ms.M.Madhavi M.Sc 07-10-2013 Basic Sciences 100 0 0
essor
M.SC,
Ms. M. Hema Asst.Prof
M.TECH 07-01-2014 Basic Sciences 100 0 0
Sri essor
& M.Phil
B.Tech, Asst.Prof
Ms. Niharika A 12-01-2014 Basic Sciences 100 0 0
PGDM essor

Asst
Ms. S.Rama M.Sc 09-02-2014 Basic Sciences 100 0 0
Professor

Asst
Mr. Yesu M M.Sc 27-08-2014 Basic Sciences 100 0 0
Professor

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 B.Tech (Civill Engineering) SAR -
PART B

Asst
Mr. M.Srinivas M.Sc 22-09-2014 Basic Sciences 100 0 0
Professor

Asst
Mr. A Sri Hari M.Sc 30-04-2015 Basic Sciences 100 0 0
Professor

Mr. V.Vinay Asst

M.Sc 30-04-2015 Basic Sciences 100 0 0
Kumar Professor

Asst
Ms. G. Saimatha M.Sc 30-04-2015 Basic Sciences 100 0 0
Professor

Ms. M.Pushpa Asst.Prof

M.A 06-11-2015 Basic Sciences 100 0 0
Latha essor
Mr. J.R. Hari Asst.Prof
M.A 06-11-2015 Basic Sciences 100 0 0
Ram essor
Ms. Rimy Asst.Prof
M.A 06-12-2015 Basic Sciences 100 0 0
Kulshreshtha essor
Asst.Prof
Ms T Sabitha M.A 06-12-2015 Basic Sciences 100 0 0
essor
Ms G Asst.Prof
M.A 06-12-2015 Basic Sciences 100 0 0
Bhuvaneshwari essor
Asst.Pro
G. Surekha M.Tech 25-06-2007 ECE 100 0 0
fessor

N.Madhusudhan Asst.
M.Tech 10-07-2007 ECE 100 0 0
a Rao Professor

D.Chandrasheka Asst.Pro
M.E 07-11-2007 EEE 100 0 0
r fessor
G. Sandhya Asst.Pro
M.Tech 11-07-2011 EEE 100 0 0
Rani fessor

Asst.
V.Himabindu M.Tech 28-06-2011 EEE 100 0 0
Professor

Asst.
M.Lohitha M.Tech 23-04-2015 EEE 100 0 0
Professor
Asst.Pro
K. Sudha M.E 12-08-2014 EEE 50 50 0
fessor

Asst.
V V S Madhuri M.Tech 30-06-2011 EEE 50 50 0
Professor

G. Asst.
M.Tech 23-10-2006 IT 50 50 0
Satyanarayana Professor
Asst.
D. Dakshayini M.Tech 15-12-2014 IT 100 0 0
Professor

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 B.Tech (Civill Engineering) SAR -
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Asst.
P. Bharathi M.Tech 19-12-2014 IT 50 50 0
Professor
Dr.Y.Vijayalath Professor
Phd 04-11-2007 IT 50 50 0
a
Asst.
K. Sunil Reddy M.Tech 15-04-2014 ME 100 0 0
Professor
M.Mamatha Asst.
M.Tech 25-04-2013 ME 100 0 0
Gandhi Professor
Asst.
K.P Sirisha M.E 20-08-2014 ME 100 0 0
Professor
Asst.
P.Praveen M.Tech 30-04-2015 ME 100 0 0
Professor

Asst.
STGY Sandhya M.Tech 10-06-2013 CSE 100 0 0
Professor

Asst.
K.CH Suneetha M.Tech 10-06-2013 CSE 100 0 0
Professor

D. Suguna Asst.
M.Tech 04-09-2014 CSE 100 0 0
Kumari Professor

Asst.
A. Shravanthi M.Tech 04-09-2014 CSE 100 0 0
Professor

Asst.
H. Suresh M.Tech 05-09-2014 CSE 100 0 0
Professor

P.Vijaya Asst.
M.Tech 06-09-2014 CSE 100 0 0
Lakshmi Professor

Asst.
A. Sowmya M.Tech 26-03-2015 CSE 100 0 0
Professor

Asst.
P.Sujana M.Tech 23-04-2015 CSE 100 0 0
Professor

Asst.
P.Rajesh M.Tech 09-09-2014 CSE 100 0 0
Professor

Asst.
S.P.Raju M.Tech 15-10-2010 CIVIL 50 50 0
Professor

Asst.
P.Sirisha M.Tech 10-02-2014 CIVIL 50 50 0
Professor

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 B.Tech (Civill Engineering) SAR -
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Asst.
P.Bharat M.Tech 01-07-2015 CIVIL 50 50 0
Professor

7.1 Academic Support Units (35)

7.1.1 Assessment of First Year Student Teacher Ratio (FYSTR) (10)

Data for first year courses to calculate the FYSTR:

No. of faculty Assessment=(10 x

FYST
Year members(consideri 15)/FYSTR(Max.
R
ng fractional load) is 10))
2012-2013 65 14.31 10
2013-2014 75 14.8 10
2014-2015 75 14.8 10

10
Average assessment

7.1.2 Assessment of Faculty Qualification Teaching First Year Common Courses (15)

Assessment of qualification = 3 × (5x + 3y + 2z0)/N, where x + y + z0 ≤ N and z0 ≤ Z

x = Number of faculty members with PhD
y = Number of faculty members with ME/MTech/NET-Qualified/MPhil
z = Number of faculty members with BE/BTech/MSc/MCA/MA
N = Number of faculty members needed for FYSTR of 25

Assessment of faculty
Year X Y Z N
qualification
2012-2013 10 27 28 37 10.62
2013-2014 11 38 33 45 10.73
2014-2015 13 36 33 45 11.00

10.78
Average assessment

7.1.3 Basic science/engineering laboratories (adequacy of space, number of students per

batch, quality and availability of measuring instruments, laboratory manuals, list of
experiments) (8)

Space, Quality of
Laboratory Laborator
number of Software Used Type of experiments instrumen
description y manuals
students ts
Engineering Physics 12 experiments in
90 sqm / 30 NIL Excellent Available
Lab – 1 Optical electrical
Engineering Physics 12 experiments in
98 sqm / 30 NIL Excellent Available
Lab – 2 Optical electrical

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Space, Quality of
Laboratory Laborator
number of Software Used Type of experiments instrumen
description y manuals
students ts
10 experiments in
Engineering Chemistry
85 sqm / 30 NIL Volumetric and Excellent Available
Lab – 1
analytical
10 experiments in
Engineering Chemistry
80 sqm / 30 NIL Volumetric and Excellent Available
Lab – 2
analytical
10 experiments in
Engineering Chemistry
80 sqm / 30 NIL Volumetric and Excellent Available
Lab – 3
analytical
Computer DevC, Turbo
30 experiments in C
programming and Data 85 sqm / 30 C, Linux with Excellent Available
language
Structures Lab – 1 Ubuntu,
Computer DevC, Turbo
30 experiments in C
programming and Data 80 sqm / 30 C, Linux with Excellent Available
language
Structures Lab – 2 Ubuntu,
Computer DevC, Turbo
30 experiments in C
programming and Data 85 sqm / 30 C, Linux with Excellent Available
language
Structures Lab – 3 Ubuntu,
Computer DevC, Turbo
30 experiments in C
programming and Data 85 sqm / 30 C, Linux with Excellent Available
language
Structures Lab – 4 Ubuntu,
Computer DevC, Turbo
30 experiments in C
programming and Data 85 sqm / 30 C, Linux with Excellent Available
language
Structures Lab – 5 Ubuntu,
9 experiments in
Engineering Workshop
133 sqm / 30 NIL Letterings, Projections, Excellent Available
–1
views
9 experiments in
Engineering Workshop
134 sqm / 30 NIL Letterings, Projections, Excellent Available
–2
views
9 experiments in
Engineering Workshop
133 sqm / 30 NIL Letterings, Projections, Excellent Available
–3
views
16 experiments in
Assembling
disassembling of
Microsoft
IT Workshop Lab-1 120 sqm / 60 components, worksheets Excellent Available
office, CISCO
involving Microsoft
office, installations of
OS
16 experiments in
Assembling
disassembling of
Microsoft
IT Workshop Lab-2 120 sqm / 60 components, worksheets Excellent Available
office, CISCO
involving Microsoft
office, installations of
OS

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7.1.4 Language laboratory (2)

(Instruction: The institution may provide the details of the language laboratory. The
descriptors as listed here are not exhaustive).

Space, Quality
Language number Software Type of of
Guidance
Laboratory of Used experiments instrum
students ents
Study skills, Grammatical Students are
English Language Clarity, Sky Exercises, guided &
and Communication 85 sqm/60 pronunciatio Phonetics, Excellent monitored
Skills Lab -1 n suite, pronounciation, by the
Teacher Resume writing instructor
Oral & Technical
Students are
KAPLAN, Presentations,
English Language guided &
Clarity, Sky Vocabulary
and Communication 85 sqm/60 Excellent monitored
Pronunciatio building, Writing
Skills Lab -2 by the
n suite skills, Interview
instructor
skills

7.2 Teaching – Learning Process (40)

7.2.1 Tutorial classes to address student questions: size of tutorial classes, hours per
subject given in the timetable (5)

(Instruction: Here the institution may report the details of the tutorial classes that are being
conducted on various subjects and also state the impact of such tutorial classes).

 Provision of tutorial classes in timetable(Yes/No) : Yes

 Tutorial sheets provided(Yes/No) : Yes
 Tutorial classes taken by : Faculty
 Number of tutorial classes per subject per week :1
 Number of students per tutorial class : 30
 Number of subjects with tutorials: 1 Year…….2 Year……..3rd Year………4th
st nd

Year……….
1st year: 66 2nd Year: 80 3rd year: 77 4th year: 55

Tutorial Classes for the Year 2014-15:

Branch I Year II Year III Year IV Year Total

Electrical and Electronics
11 10 10 7 38
Engineering
Mechanical Engineering 11 10 10 7 38
Electronics and Communication
11 10 9 6 36
Engineering
Computer Science and Engineering 11 10 10 7 38
Information Technology 11 10 10 7 38
Civil Engineering 11 10 9 7 37

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 B.Tech (Civill Engineering) SAR -
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Biomedical Engineering - 10 9 7 26
Biotechnology - 10 10 7 27
Total 66 80 77 55 278

Tutorial classes are conducted for majority of the subjects for all the years. Additional
exercises are designed for critical theory or practical subjects so as to enhance subject
knowledge. Tutorials help the students to understand the subject through analysis, problem
solving and in a discussion mode with the tutor. Tutorial impact is apparent through the
higher performance level of the students and subsequent evaluation stages and their higher
confidence levels when the subject is discussed in subsequent lecture classes.

7.2.2 Mentoring system to help at individual levels (5)

(Instruction: Here the institution may report the details of the mentoring system that has been
developed for the students for various purposes and also state the efficacy of such system).

 Mentoring System : Yes

 Type of Mentoring : Total Development
 Number of faculty mentors : All
 Number of students per mentor : 20
 Frequency of meeting : Fortnightly or on need basis

Mentoring program is adopted in GRIET in order to improve the performance of the graduate
students. Each mentor is assigned with a group of students (mentees) to closely monitor their
academic performance and give timely guidance. Good mentoring is crucial to graduate
student success both during and after graduation. Mentoring moves beyond advising because
it becomes a more personal relationship that involves socialization into the norms of the
profession, role modeling, career guidance, and friendship along with support during research
and thesis preparation.

Duties and Responsibilities of Mentor:

A Mentor is a teacher doing the role of friend, philosopher and guide to strengthen the weak
student’s academic performance. A Mentor is responsible for his/her mentees assigned, for
the entire academic year and is answerable to the programme coordinator and has the
following responsibilities:

 Maintaining the mentoring record of the students containing the information such as
contact details, admission details, academic record, co / extra-curricular activities,
achievements and disciplinary actions if any.
 Conducting counseling sessions at least once a fort night and keeping a record of it.
The frequency of meeting may be increased based on need.
 Noting the physical, mental, and emotional status of the assigned mentees and to
provide assistance.
 Keeping a tab on absenteeism in classes or exams, poor academic performance,
unacceptable behavior and bringing to the notice of the college authorities and their
parents.
 All the counseling sessions lay emphasis on attitudes, value systems, hard work, and
career planning.

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7.2.3 Feedback analysis and reward / corrective measures taken, if any (5)

(Instruction: The institution needs to design an effective feedback questionnaire. It needs to

justify that the feedback mechanism it has developed really helps in evaluating teaching and
finally contributing to the quality of teaching).

 Feedback collected for all courses (Yes/No) : Yes

 Specify the feedback collection process:

1. Feedback is collected through structured forms from students, parents, employees and
alumina. 2. Student’s feedback on faculty is collected twice in semester once at the
beginning of the course and one at the end. 3. Same feedback can also be taken
through online. 4. Parents, Employers, Alumni as and when they visit the institute,
every effort is made to collect feedback. (a) Organisation is responsive to the needs of
the stakeholders by continuously monitoring the pulse of the Institution. This will
ensure proper implementation of programmes, help to take mid course corrections,
provide a mechanism to monitor and reward the good performers at the same time
make the lagging behind to improve. Also to ensure an effective feedback and
corrective mechanisms (b) Feedback forms are carefully designed for the following
stake holders with responsibility indicated in brackets. i. Students (Head of Individual
Dept) ii. Faculty (Dean of Faculty Development) iii. Parents (HOD of Individual
Dept) iv. Employers (Dean of Training &Placements) v. Alumni (GRIET Alumni
Association)

 Percentage of students participating: 60%

 Specify the feedback analysis process:
Feedback form consists of 10-13 questions. 2. Each question consists of the grading 5-1. 3.
Cumulative analysis is done taking help of the feedback form for every faculty. 4. Based on
the analysis the teaching /learning process in improved periodicity The Periodicity is chosen
to form a valuable and appropriate input. (a) Student: Twice in an academic session once
after a month of subject coverage and second after the subject completion. (b) Faculty: Twice
a year in the month of May and November. (c) Parent: Once on Institute Parent Interaction
Day and as and when a parent visits the institution. (d) Employer: Once a year at least.
(e) Alumni: Once on Alumni Day i.e. on 15th August of each year
 Basis of reward / corrective measures, if any
Rewards: Letters of appreciation
Monetary benefits
Encouragement in terms of privileges
Appreciations through mention in public functions.
Corrective Mechanism
(a) The feedbacks are analyzed by respective departmental Heads and provide the
summary for discussion for Departmental and Institutional Developmental
Monitoring meetings. (b) The student feedback is confidential. Therefore each
HOD should exercise while preparing the summary sheet strictly for the benefit of
the individual concerned, take his/her signature on the summary sheet and the
same needs to be transferred to the appraisal system. (c) Alumni feedback is
perused by GRIET alumni association secretary. (d) Employer’s feedback need to
be reviewed by Dean Training and Placements.

 Number of corrective actions taken in the last three years 7

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Faculty with top feedback grade are appreciated by the department, incentives of the current
year are based on the past feedback reports. Faculties with bad feedback are sent to the
Faculty Development Programs.

7.2.4 Scope for self-learning (5)

(Instruction: The institution needs to specify the scope for self-learning / learning beyond
syllabus and creation of facilities for self-learning / learning beyond syllabus.)

Scope

 The Co-curricular calendar is published at the beginning of each year which helps
students to time their activity and involvement in self-learning.
 College timings are much wider than student working hours, giving students the time
to refer and research, consult and learn.
 Time table is framed and provides for adequate leisure time to focus on self-learning.
 Two electives in fourth year I Semester and three electives in fourth year II Semester
gives ample flexibility to probe into advanced topics in the discipline concerned.
 Students are encouraged to utilize facilities to promote synthesis of knowledge by
research while choosing topics for seminars, industry-oriented mini projects or main
project/dissertation.
 The Programme centers introduce from time to time, innovative ways of combining
Certification courses with the curriculums to give a professional touch to the learning
process.
 College has created a digital class room as a remote center of IIT Bombay with
facilities such as specialized internet 2Mbps bandwidth to watch programmes through
Aview software. Computers, LCD projector and sound system is provided in the
digital class room to see special video classes from the web.
 Digital library access is given to all the students through wifi internet where they can
read latest research papers from the IEEE, Elsevier, Science Direct, McGraw Hill and
ACM in the college campus.
 Professional Society Events are conducted in the college through ICI, IEEE, ISTE,
IETE, IEI and CSI to create a platform for students to discuss various technical topics
and demonstrate, exhibit their projects.
 Project exhibition is conducted yearly once in the college to encourage students to
demonstrate their work to all the college students, faculty, invitees, press and media
 Group discussions and technical quiz activities are conducted regularly to make
students curious about innovating things.
 New additional facilities are provided to the students to explore innovative things in
the laboratories.

7.2.5 Generation of self-learning facilities, and availability of materials for learning

beyond syllabus (5)

(Instruction: The institution needs to specify the facilities for self-learning / learning beyond
syllabus.)

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The institute patronizes self-leaning environment and has invested in facility building to
support and enhance teaching-learning process.

Self learning facilities available for both the staff and students alike are:

 The Institute Library, a vast repository of volumes and titles

 Department Library, a specialized repository of volumes and titles and projects.
 e-learning Tools
 Digital Libraries (IEEE, ACM, NPTEL)
 e-lessons by faculty on college portal
 CDs, Video bank in the library
 Links to other institutions locally and across the country:
 Organizing seminars / Technical and Hands-on workshops; taking part in them
by students
 Membership in students-chapter of professional bodies like ICI, IEI, IEEE,
ISTE, IETE, CSI, SAE.
 Availability of course material from IUCEE
 Interaction with eminent academic personalities through Guest lectures.
 Interaction with industry experts through academic alliance events.
 Organizing and taking part in displays and road shows of industry oriented mini
projects at the institute.
 Taking part in Co-curricular activities, contests like x-Kernal, Scientific Fore
Step and activities of Entrepreneurship Development Cell.
 Access to streaming videos from ‘You Tube’ and uploading the projects on to
‘You Tube’ for receiving open critique.
 Accessibility to popular Free access journals and resources on line such as:
www.eng-tips.com
www.sakshat.ac.in
www.ocw.mit.edu

The above facilities go on, not only to strengthen the teaching-learning process for the
students but also generates-academic discipline, scientific attitude, innovativeness and
inculcates the self‐learning process, and availability of materials support learning beyond
syllabus whose beneficiary are both the faculty and the students.

7.2.6 Career Guidance, Training, Placement, and Entrepreneurship Cell (5)

(Instruction: The institution may specify the facility and management to facilitate career
guidance including counselling for higher studies, industry interaction for
training/internship/placement, Entrepreneurship cell and incubation facility and impact of
such systems)

Facilities

GRIET has set up separate cells as per guidelines prescribed, to facilitate and manage career
guidance, counseling, industry interaction, entrepreneurship development, incubation facility
and to monitor their impacts.

“Career and Counseling”, “Training and Placement” and “Entrepreneurship Development

cell” are under the charge of a senior faculty with industrial experience.

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Career Guidance and Counseling Cell (CG &C):

The Dean of Career Guidance and Counseling monitors the cell. The cell provides, Career
Guidance and Counseling to students as per requirement.
 The Dean CG &C is assisted by 32 Counselors (8 Branches x 4 Batches each) who are
faculty from respective Programme/Branch/Discipline.
 The cell reaches out to the students both professionally and personally.
 All eligible and employable graduates are transformed into competent employees for
prospective industrial houses both in India and overseas with the help of CG&C
 In its service CG&C apart from career guidance, it also organizes seminars on career
planning, soft skills development and campus recruitments and also interacts
proactively with Industry HRD cells to facilitate campus placements.
 The Dean CG&C and his counselors are accessible to the students and it makes
adequate arrangements for the guidance of students during admissions. They are
counseled on choice of careers, and show empathy to their state of confusion and
anxiety. They are also given psychological and social counseling apart from academic
and career counseling.
 CG&C share a common facility created with the training and placement cell.
Facilities available includes: One air conditioned Seminar hall with seating capacity
for 250 persons with Wi-Fi and LCD projectors and screens, stage lighting and audio
equipment. This is used for seminars on soft skills and technical subjects and for pre-
placement seminars by companies.
 Air conditioned cabins are available for conducting interviews and one to one
discussions.
 There are 19 discussion rooms to provide the necessary accommodation for any
information exchange.
 Dean Career Guidance and Counseling also assists the Training and Placement cell on
the vital aspect of higher education.
 Books and software are available in Library for GATE / GRE / TOEFL / IELTS /
GMAT / CAT preparation.
 GATE preparation books written by GRIET staff are also made available.
 Awareness lectures are given by Dean and other senior faculty from time to time.
 Alumni studying at IIMs, IITs whenever they visit GRIET are made to interact with
students.
 Consultants of Higher Education and Universities of repute are invited to interact with
students for clarification on higher studies, admission procedures, requirements and
immigration rules.

Impact:

Higher studies information (MBA, M.Tech and MS)

For higher studies both in India and abroad for last three years record is as follows:

Higher Studies Students Higher Studies

Batch Total
in Abroad Students In India
2012-13 132 119 251
2013-14 123 91 214
2014-15 111 18 129

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Training and Placements Cell:

Training and placements is one of the vital departments at GRIET. The cell is handled by a
senior faculty with rich experience who is also Dean Training and Placement. He is also
associated with Dean CG & C. The broad areas handled by the cell are:

1. Training on Soft Skills and personality development right from first year so as to
prepare students for careers in industry.
2. It coordinates with industry for campus training, internship and for suitable
placements.

The activities consist of:-

 Arranging personality development sessions both by experts from college, and from
industry consultants like Time, Globe Arena, Career Path etc, appropriate to the year
of study.
o In the first year B.Tech. the focus is on goal setting and value systems
o In the second year B.Tech. Time Management, Communication and Analytical
Skills.
o In the pre final and final years B.Tech. Group discussions, Interview skills,
mock Interviews, H.R. & Technical Aptitude tests are conducted.
 College organize a unique Programme called ‘Parampara’, which is an interactive
session between students in final year who are placed with pre-final students and also
with the alumni who are about to face placement interviews.
 Periodic motivational lectures from industry experts.
 Periodic psychometric tests to assess the students.
 Arrange internships with industry and R&D.
 Arrange interactive sessions by noted consultants of Higher Education and
Universities of repute to clarify on higher studies, admission procedures, requirements
and immigration rules.

Facilities

GRIET Training and Placement section is staffed well with qualified personal as below.

 Dean Training and Placements :1

 Dean Career Guidance and Counseling :1
 Training and Placement Officer :1
 Placement Coordinators :2
 Placement Assistant :1
 One Air conditioned Conference Hall is available with capacity of 250 students at a
time. This is being used for giving training to the students of all academic years for
soft skills development and technical subjects. This is also being used for the Pre-
placement Talk by companies during Campus Placements.
 Air-conditioned rooms are available to simultaneously conduct a number of panels of
Group Discussions (GDs), with each panel accommodating up to about 12 students.
 Air-conditioned cabins are available to simultaneously conduct interviews for a large
number of students.
 Rooms are available to simultaneously conduct written test for a large number of
students during Campus Placements.
 Online test can be conducted for about 200 students at a time.

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 E-mail groups are formed every year for each batch of final year students for effective
communication with the final year and passed out students.

Impact:

Batch Placements
2012-13 434
2013-14 407
2014-15 440

Entrepreneurship Development Cell and Incubation Facility

Entrepreneurship Development Cell (EDC) is inaugurated on 5th October 2005 at Gokaraju

Rangaraju Institute of Engineering and Technology with the aim of

 Developing entrepreneurial awareness and ability in students

 Creating a forum for potential entrepreneurs
 Developing an interface between academy and industry

The following programs are organized to develop entrepreneurship skills in students and also
to familiarize them with various procedures required in converting an idea into a successful
business.
It is handled by EDC &IF coordinator who is senior faculty with experience.

Entrepreneurship Activities:

Year Event Achievement/ Impact

2012-13
1. Mr. VV Hitheswar successfully
1. Student Competition on
launched YQ Software Ltd.
‘Entrepreneurship challenge’
2. Eight students joined family
2. Lecture by Patent Awareness
business in 2011-12
3. MSME Program on
3. Thirteen students joined family
Entrepreneurship
business in 2012-13

2013-14 1. Organized a guest lecture by

eminent and entrepreneur Mr.
Srikanth of sunfield energy
1. Explained entrepreneur
pvt.Ltd on 23.10.2013
opportunities to students
2. An interactive session with CEO
2. Motivation to students
of Fortune Automobiles Mr.
3. Students participated with their
Nirav Modi on 22.11.2013
ideas received the prizes and
3. Conducted competition on
appreciation certificates
exhibiting innovative products
on 22.01.2014

2014-15 1. Organized a seminar on importance 1. motivated the students

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of entrepreneurship on 27-8-2014 2. selected 2 ideas to be presented

and Assistant Director MSME for Financial assistance to MSME
was chief guest 3.thiry faculty participated in this
2. Conducted “ idea tree” on 19-2- program
2015 4.encouraging students to
3. Conducted an FDP for GRIET Staff become entrepreneurs
from 26-3-2015 to 8-4-2015 in
collaboration with Centre for
Entrepreneurship Development
GRIET initiated the culture of
incubation centres in association
with Govt.of India and private
industries.
4. GRIET established incubation
centre with Micro Small Medium
Enterprise(MSME)
5. GRIET received grant worth Rs. 52
lakhs funding for 8 projects from
MSME (Micro Small Medium
Enterprise) a central government
organization for encouraging
students to become entrepreneurs

7.2.7 Co-curricular and Extra-curricular Activities (5)

(Instruction: The institution may specify the Co-curricular and extra-curricular activities, e.g.,
NCC/NSS, cultural activities, etc)

GRIET lays stress on beyond academic activities through structured Co and Extra-curricular
activities integrated and spread over the entire academic year, as they have profound impact
in shaping up the overall personality of a student.
a) All activities are preplanned and included in the college diary.
b) All activities are planned and executed by the student bodies with assistance from
faculty when needed.
c) Pragnya (the Tech festival) and Pulse (the Cultural festival) are the major annual
attractions.

Co-curricular activities:

a) Associations:
 Institute of Engineers India (IEI)
 Indian Concrete Institute(ICI)
 Computer Society of India (CSI)
 Institute of Electrical and Electronics Engineers (IEEE)
 The Institution of Electronics and Telecommunication Engineers (IETE)
 Society for Automobile Engineers (SAE)
 Society of Manufacturing Engineers (SME)
 Indian Society for Technical Education (ISTE)

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 Confederation of Indian Institute (CII)

 Hyderabad Management Association (HMA)
 Free Software Foundation
 Robotics Club
 Gaming Club
 Faculty Club
 GRIET is a life member of Institution of Engineers
GRIET-IEEE student branch is declared as III best exemplary branch in 2012-13 in R10
(Asia Pacific Region 10)

b) Annual Events:
 Spirals: This event focuses on literary activities such as debates, essay writing,
elocution, crosswords; treasure hunts etc such that skills required projecting
one’s intellect and personality are sharpened and honed.
 Quizzicals: This event aims to provide a platform to concentrate on facts and
figures with spontaneity in this competitive world through quiz programmes.
 x-Kernel: This event conducts periodic contests mainly in the software area.
 Scientific Forestep: Skills in hardware are put to constant test through this
event.
 i-TRIx and e-TRIx: These are popular annual events on Robotics including
both hardware and software components and students from across the country
competes.
 Pragnya: An annual technical fest is organized during September-October.

Extra-Curricular Activities:

a) Games:
The Institute has a college team in all major games and sports. The teams
participate in inter-university and state level tournaments and have won the
prizes. GRIET has been regularly winning the local tournaments.

b) Cultural Activities:
The College has been conducting annual cultural competitions every year
through the following bodies.

 Rhythms: Rhythms is an annual event wherein the students showcase their

talents in music and dance. Competitive spirit is infused by way of awards
and prizes for best performance. The event has created a Rock Band which
has set a trend.
 Spices: This is an annual event where the culinary skills of students are
tested annually – it is unique and the most popular contest in GRIET
 Pulse: A cultural festival held during the months of Jan-Mar every year to
showcase the talents in dance, music and to witness the performances of
famous Indian artists.

c) NSS Activities:
The National Service Scheme Unit of GRIET is actively involved in making
students to be socially conscious by promoting involvement in the following
activities:
 Involvement with NIRMAN, a home for mentally challenged students at

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Chintal, Hyderabad. Every year time and assistance is spared to make a one
day memorable for the inmates. On 15 Aug 2011, students of Mechanical
Engineering designed & Manufactured a paper plate making machine as
part of the final year project and donated the same to NIRMAN to make
them self-reliant. A true example of Engineers Social Responsibility
vindicating the GRIET Mission statement.
 Associated with ‘Sahaya’, a home for destitute children at Miyapur,
Hyderabad.
 Blood Donation Camp: GRIET is honoured by Governor, AP in June 2011
for being the highest donor in college category by Red Cross Society. The
College has received this award four times in the last five years.
 Green Campus awareness – waste disposal, power and water optimization,
plantations etc.
o In the recently held great power race, clean energy campus competitions
in India, China & US in July-Oct 2010, GRIET is adjudged the second
best.
o As part of WOW (Wealth from Waste), an effort from ITC, GRIET was
appreciated as one of the top contributors in saving Trees. GRIET was
felicitated on National Recycling Day on 01 July 11.
 Relief activities during floods in AP in October 2009
 Reudo: An Environmental fest is organized annually.

d) Other activities:
College promotes literary expressions through REFLECTIONS the college
annual magazine, and GEM (GRIET E Magazine) a monthly letter.

Other Important Annual Functions are as follows:

 Annual Day: Celebrated on 26 January of each year
 Graduation Day: Second Saturday in July of each year. A unique celebration
similar to the convocation ceremony in University. Graduate students are presented
with provisional certificates in traditional graduation robes.
 Alumni Day: 15 Aug of each year Alumni meet at the college
 Parents Interaction Day: Parents are welcome to interact on every second Saturday
 Women’s Day
 Blood Donation Day
 Teachers Day, Engineers Day are also celebrated.

7.2.8 Games and Sports facilities, and qualified sports instructors (5)

(Instruction: The institution may specify the facilities available and their usage in brief)

GRIET understands that real education should concentrate on activities to develop body,
mind and soul. There is adequate emphasis and facilities for physical activities.
Mr.R.Srinivasa Raju, MPEd., the Director of Physical Education supervises the students,
oversees the management of equipment and the facility apart from interacting with other
external sporting bodies for involving his protégé’s in sports competitions. Sports and games
is an essential extra-curricular activity to maintain competitive spirit, disciple and team spirit.
Physical education also encourages the talented sports persons of the institute to excel in the
all India inter-university competitions. Those who come out with good performance are given
suitable incentives. The Director of Physical Education acts as the chief organizer of the

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sports events plans, conducts and supervises them throughout the year.

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Sports Facilities available in the college:

Usage of
S.No Name of the Event Facility available Management
Students
OUTDOOR GAMES:
1 Basket Ball 38 x18 mtrs 60
2 Volley Ball 28 x 20 mtrs 120
3 Foot Ball 110 x 70 mtrs 80
4 Hockey 100 x 50 mtrs 20
5 Throw Ball 20 x 15 mtrs Physical 150
6 Tennikoit 12 x 9.5 mtrs Director 75
7 Shuttle Badminton 13.5 x 6 mtrs 50
8 Ball Badminton 24 x 12 mtrs 30
9 Atheletic Track 200 mtrs 20
10 Cricket Hard Pitch 200
INDOOR GAMES:
5 International
1 TT 80
Standard tables
2 Carroms 5 Game Boards 50
3 Chess 10 Game Boards 50
Physical
Assorted Fitness
Director
4 Gymnasium Equipment worth 40
Rs.15 lakhs
1 Table with
5 Billiards 30
accessories

All the games and sports as mentioned above are extensively played every working day also
at times holidays are also utilized for play in the spirit of competition.

Listed below are the categories and events that the students have participated in
National/International and won awards in the last three academic years.

National and International Achievements:

1. G. Rohit of ECE (2006-10 Batch) is a Chess Player and

 Participated in World Junior Chess Championship
 Runner in Asian Junior Chess Championship
 Participated four times in All India Inter University Championship
 Winners in JNTU Inter University Championship

2. K. Sreekanth of Civil Engineering (2009-13 Batch) is a Cricket Player and

 Participated under 25 Andhra ‘A’ Team
 Participated under 22 Andhra Team
 Participated in South Zone Inter University Championship
 Runners Vizzy Trophy
 Participated in Ranji Trophy T20
 Selected for BCCI Specialist Academy Chennai

Others:

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 Moulikaram of I B Tech CSE in Tennis, P Tejasri of I B Tech CE Ball Badminton.

 Mr L Rakesh lal of IV B Tech (EEE) won the “TCS Fit4life-Campus Challenge” a
5KM run organized by TCS on 08 Feb 15.
 Ms. Moulika Ram of II B Tech (CSE) won the 26 Rank in ITF and Runner of South
Zone Inter University.
 Mr N Abhishek, 14245A0423, II B Tech (ECE) won the Gold Medal in Hyderabad
District Archery Championship, Bronze Medal in 34th Sub junior National Archery
Championship at Haryana, and through glory to the state by imagining , Bronze
Medal in 35th National Games at Kerala. Please give them a big hand to encourage
them.
 Swimming: Mr C M Sai Prasad participated in All Inter University.
 Volley Ball: Mr Varun of IV B Tech (EEE) participated in South Zone Inter
University
 Circket: Mr Vikram II B Tech (CE) and Circket Mr Rohit B II B Tech (ECE)
participated in South Zone Inter University
 Basket Ball: Ms Mrunalini II B Tech participated in South Zone Inter University
 Ball Badminton: Ms. S Soujanya participated in South Zone Inter University
 Kabadi: Ms Prameela B Tech (Mech) participated in South Zone Inter University
 Food Ball: Mr V Kalyan III B Tech (CSE) and Mr Varun Giri IV B Tech (BT)
participated in South Zone Inter University
 Shuttle Badminton: Ms. P Teja girls single runners in JNTUH Inter college
Competitions

Other Achievements:

Category
Session Event Name Organizer Results
Name
Cricket JNTU Tournament JNTUH Winners
Bharat Institute of
Volley Ball BIE Tournament Winners
Engineering
Badminton
CBIT Tournament CBIT Winners
(Singles)
2012-13
Cricket Nexus Tournament - Runners
Shuttle JNTU Zonals JNTUH Runners
Table Tennis
JNTU Tournament JNTUH Runners
(Singles)
Basket Ball CMR Tournament CMR College Runners
SNIST
Football SNIST Runners
tournament
Football MGIT Tournament MGIT Runners
Football CVSR Tournament CVSR Runners
Sreenidhi
Basket Ball Sreenidhi Runners
Tournament
2013-14 Basket Ball NBA JAM NBA Runners
Osamania
Basket Ball University OU Winners
Tournament
All India BITs
Basket Ball BITs PILANI Runners
PILANI
Basket Ball HITAM College HITAM College Runners

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Tournament
CMR College
Basket Ball CMR College Runners
Tournament
MGIT
Cricket MGIT Runners
Tournament
Table Tennis
SNIST Fest SNIST Runners
(Doubles)
Table Tennis
SNIST Fest SNIST Runners
(Singles)
Vignan University
Cricket Tournament Vignan University Winners

Cricket MVSR MVSR Semis

Cricket Aurora Aurora Semis
Cricket JNTU Zonals JNTU Leagues
Cricket JNIT JNIT Quarters
Cricket Telangana Telangana Semis
Cricket JNTUH tournament JNTUH Runners
2014-15 Cricket MGIT Tournament MGIT Runners
MRCET
Basket Ball MRCET Runners
Tournament
Basket Ball CMRIC Tournament CMRIC Runners
VNR SLASH
Basket Ball VNR Runners
Tournament
Basket Ball MVSR Tournament MVSR Winners
Basket Ball HITAM Tournament HITAM Winners
BITS Hyderabad All
Basket Ball BITS Runners
India Tournament

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8 Governance, Institutional Support and Financial Resources (75)

8.1 Campus Infrastructure and Facility (10)

8.1.1 Maintenance of academic infrastructure and facilities (4)

(Instruction: Specify distinct features)

 Immaculately maintained campus with aesthetic Green coverage by Housekeeping and
gardening personnel.
 All rooms have ample and large windows for day light and ventilation, Electrical
illumination and electric fans as backup.
 Furnished Class rooms and labs with Desks and chairs, experiment tables; Lecture halls
have White board, Over–head Projectors and LCD projectors-on demand, Wi-Fi internet.
Maintained by qualified and trained Technical support staff.
 Laboratories are well equipped for the contemporary experiments as well as for projects,
maintained by Laboratory Technicians and support staff.
 The campus has a fiber-optic cable backbone between the buildings and has Wi-Fi
internet connectivity manned by qualified technical staff.
 Well-equipped workshops.
 Library Facility available at both Central and Department levels. Central library is
maintained by the Librarian and support staff.
 Four seminar halls with seating capacity of 250 persons and a Main seminar hall with
seating capacity for 450 persons, maintained by the House keeping and Trade
technicians.
 Fully furnished and equipped Department Seminar Halls with LCD TV/Monitor,
Projection screen, Lectern, Audio-Video equipment, Power backup and Air-conditioners,
maintained by the House keeping and Trade technicians.
 Fully equipped and manned Career Guidance, Training and Placement cell.
 Open air Amphitheater and stage with seating capacity for 2000 persons.
 Adequate Toilet facilities are maintained by housekeeping.
 Reverse Osmosis water treatment Plant for purified drinking water. The raw water is
brought by water tankers on a need basis for drinking and general purposes.
 Ample parking space on campus, coordinated by the Security wing.
 Oriental Bank of Commerce, Bachupally, GRIET campus- a nationalized bank with
ATM facility on campus is maintained by branch personnel.
 Equipped Sports facilities for both Outdoor and Indoor games supervised by the Physical
Director and manned by support staff.
 Hygienic Food Service by a Canteen, Kiosks and other catering facilities maintained by
contractors.
 Institute owns a Fleet of Buses and Vans to cater to transportation needs of staff and
students. They are operated and maintained by a team of experienced drivers, cleaners

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overseen by a Supervisor-Transport department and his support staff. The bus service
covers all the corners of the city as per student demand.
 Stationery and Reprographic Centre maintained by contractor.
 Stand by Generators for uninterrupted power supply apart from UPS at vital nodes
maintained by Support staff.
 The Institute contributes to reduction in Carbon foot print by adopting Green initiative -
Solar Power generation with an installed capacity of 110 kW, the excess power being
transferred to the State Power grid.
 Established Infrastructure Maintenance team of Housekeeping, Mechanical, Electrical,
Plumbing, civil trades.
 Round-the-clock Security Team and Surveillance devices, maintained by Contractor.
 Dedicated Health Centre with Doctor and a Paramedic.

8.1.2 Hostel (boys and girls), transportation facility, and canteen (2)

Transport facility:

College owns an exclusive fleet of 32 Light and Heavy vehicles for students and staff, ferrying
them to and from notified stops on prominent routes in the surrounding areas and Special routes
running across the city connecting borders of the city limits including maintenance vehicles.
Category Passenger Buses Mini Buses Minivan /Trucks/Trollies
Student 19 7 -
Staff 1 1 -
Maintenance - - Mini trucks-2; Water Tanker -1;
Tractor Trolly-1

The routes and destinations are designed to transport students residing along an axis based on
their density. The drivers are whetted for their experience and driving skills required to drive
Education Institution vehicles and the support staff are trained to ensure safe and prompt shuttle
services keeping the schedules. All Vehicles used are complying with the safety norms laid down
by the Road Transport Authority for educational institution passenger vehicles. The Institute
Transport committee periodically updates the staff on safety and related issues.

Canteen Facility:

Meeting the shift timings of Instructions for each batch of students the diet component is kept in
mind to facilitate them with healthy food made by approved contractors. A spacious built-up
facility is provided specifically for dining and refreshments for both staff and students. The Boys

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and girls section is demarcated so is the staff section to provide relaxed environment while
consuming food. Hygiene is constantly monitored via feed back to the Canteen committee. The
students and staff have a variety of food available both ‘a la carte’ and ‘table d'hôte’ or platter.
They also have the choice of specialist kiosks.
Additionally the institute runs the “Annaprasadam Scheme”, a social initiative to promote
“sharing/ giving food” concept amongst GRIET members. The scheme started with providing
‘free lunch’ for 5 persons and has grown with voluntary contributions from staff members to
provide free meals to up to 200 persons by noon. Volunteers from both students and staff apart
from 2 cooks from support staff prepare homely meals and also help in self-service.

8.1.3 Electricity, power backup, telecom facility, drinking water, and security (4)

(Instruction: Specify the details of installed capacity, quality, availability, etc.)

a) Electricity
Description Qty
Transformers 2

b) Power Backup
Description Qty
Diesel Generator Sets: 250 KVA -1 No.
2
160 KVA -1 No.
UPS 10 KVA 1
UPS 5KVA 6
Solar power systems 10 KVA 1
Solar power systems 100 KVA 1

c) Telecom Facility
Description Qty
Tata Indicom (Land lines) 10
Mobiles 10

d) Drinking Water
Description Qty
R.O. Plant with a capacity of 3000 litres
1
per hour
Tanker (12 KL) to convey 1
Mineral Water coolers with purifiers 30

e) Security
Description Total
Security staff 35
Supervisors 3

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8.2 Organisation, Governance, and Transparency (10)

8.2.1 Governing body, administrative setup, and functions of various bodies (2)

(Instruction: List the governing, senate, and all other academic and administrative bodies; their memberships, functions, and
responsibilities; frequency of the meetings; and attendance therein, in a tabular form. A few sample minutes of the meetings and action
taken reports should be annexed.)

Committee Chair Members

Governing President Management Sri G.V.K. Ranga Vice-President 1. To set and monitor the organization’s mission, purpose,
Body Raju direction, priorities and strategies within the boundaries of the
Dr. Gokaraju Sri G. Rama Raju Member organizational policies and bye-laws.
Ganga Raju Smt A. Vani Member 2. To approve the institution of new programmes of study, leading
Prof P S Raju Member to the award of Degrees and or Diplomas based on the
Teachers of the Dr. S. V. Jayaram Member recommendations of the Academic Council.
Institute Kumar 3. To develop policies that allows the organization to serve well all
its stakeholders.
Dr. S. Rama Murthy Member
4. To monitor the organization’s programmes and services by
Educationist/ Prof. V S Raju Member
influencing decisions and finances.
Industrialist Sri V Rajanna Member 5. To institute scholarships, fellowships, studentships, medals,
AICTE Nominee Mr. S. K. Jena Member prizes and certificates.
UGC Nominee Dr. S. Devaneshan Member 6. To monitor development, the direction and growth of the institute
State Sri. A. Ravindra Member and issue directions and recommendations.
Government Babu 7. To perform such other functions and institute committees, as may
Nominee be necessary and deemed fit for the proper development and
University Dr. A. Damodaram Member fulfill the objectives of the institute.
Nominee 8. To approve appointments made by the Appointment/Selection
Principal of Dr. Jandhyala N Member- Committee.
Institute Murthy Secretary Committee Scheduled Meetings: Once in Three months
(A copy of sample is annexed)

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 B.Tech ( ) SAR - PART B

Committee Chair Members

Academic Principal 1. Heads of Departments. 1. To exercise general supervision over the academic work of the
Council 2. Four faculty members other than the Heads of institute, to give directions regarding method(s) of instruction,
Departments representing the various categories (by evaluation, research and improvements in academic standards.
rotation and seniority). 2. To scrutinize and approve the proposals of the Board of Studies
3. Four persons including educationalists of repute, one related to courses of study, academic regulations, curricula, syllabi,
person from the industry and engineering related to the their objectives and outcomes and modifications, instructional and
activities of the institute, who are not in the service of evaluation arrangements, methods, procedures etc.
the institute and nominated by the Governing Body. 3. To make regulations regarding the admission of students to different
4. Three nominees of the parent university programs of study.
5. A faculty member nominated by the Principal of the 4. To recommend to the Governing Body the proposals of institution
institute to act as Member Secretary. for new programs of study.
5. To recommend to the Governing Body, institution of scholarships,
studentships, fellowships, prizes and medals, and to frame
regulations for the award of the same.
6. To advise the Governing Body on suggestion(s) pertaining to
academic affairs made by it.
7. To perform such other functions as may be assigned by the
Governing Body.
Committee Scheduled Meetings: Two time a year
(A copy of sample is annexed)
Board of Chairman 1. Programme Coordinators of the Department. 1. To prepare, frame and modify the syllabus for the various courses
Studies Board of 2. All teaching faculty of each course/ specialization keeping in view the Programme objectives of the programme.
Studies offered. 2. Evaluates programme effectiveness and proposes continuous
3. Module coordinators. improvement.
4. Two external experts in the course concerned and 3. To suggest panel of names for appointment of examiners; and
nominated by the Academic Council. coordinate research, teaching, extension and other academic
5. One expert to be nominated by the Vice-chancellor activities in the programme / institute.
from a panel of six recommended by Principal of the 4. To suggest new methodologies for innovative teaching and
institute. evaluation techniques and tools.
6. Not more than two persons to be co-opted for their 5. To review implementation of institutional quality assurance in the
expert knowledge including those belonging to the department for improving programme.
concerned profession or industry. 6. Guiding in evolving POs and COs based on assessment.
7. One post-graduate meritorious alumni nominated by
the Principal. Committee Scheduled Meetings: As and when necessary
8. The Chairman Board of Studies may with the approval (A copy of sample is annexed)
of the Principal of the Institute co-opt:
a. Experts from outside the institute whenever special
courses of studies are to be formulated.
b. Other members of the staff of the same faculty.

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 B.Tech ( ) SAR - PART B

Committee Chair Members

Finance Principal 1. One person nominated by the Governing Body of the 1. To review the financial affairs of the Institute and report it to the
Committee institute for a period of two years. Governing body.
2. Two senior-most faculty member of the institute to be 2. To consider budget estimates relating to the grant
nominated in rotation by the principal for two years. received/receivable from funding agencies, and income from fees,
3. Administrative Officer (Finance). etc. collected for the activities to undertake the scheme of autonomy;
3. To prepare Annual Budget of the institution and Audited accounts
for all the incomes and expenditures.
4. To review the audit reports and making recommendations.
5. To contribute to the preparation of the draft budget and
recommending their approval to the Governing Body.
Committees Scheduled Meetings: Once a Year
(A copy of sample is annexed)
Selection Chairman of 1. Principal / Director of the institute. 1. To prepare a detailed list of vacant posts in all the programmes of
Committee Governing 2. Two nominees of the Vice Chancellor of the the institute based on consultations with the Institute development
Body or his affiliating University. committee, the HOD’s of various programmes and guidelines from
nominee 3. Two subject experts various agencies like UGC, AICTE, Parent University and the State
4. Head of the concerned programme of Professor Government.
Cadre. 2. To oversee notification, publication and scrutiny of the applications
received before scheduling the tests, interviews and demo lectures.
3. To involve in the pro-active recruitment periodically of high quality
faculty with exceptional qualifications from India or overseas.
4. To facilitate highly qualified personnel from both industry and R &
D institutions as adjunct or visiting faculty for short durations to
undertake teaching / research assignments.
Committee Scheduled Meetings: Two time a year

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Committee Chair Members

Institutional Principal- 1. Heads of all Departments/ Programme 1. Principle Planning Body
Development IDMC coordinators. 2. Monitoring of Institute performance by Top Down-
Monitoring Coordinator 2. Two external members, Bottom Up approach.
Committee 3. The administrative officer, 3. Monitors the attainment of Mission and Vision of
(IDMC) 4. Two deans/senior Professors. Institute.
5. Student Representative from UG and PG 4. Evaluation of Departmental Mission and Vision,
programmes. Programme specific POs and PEOs.
5. Taking suggestions from all stake holders and its
subcommittees -Academic Affairs Committee,
Departmental
Development and Monitoring Committee, Class
Coordinators
Committee.
6. To provide the developmental and application of quality
benchmarks/ parameters for the various academic and
administrative activities of the institution.
7. To monitor promotion, implementation and continuous
improvement of innovations in Curriculum, Co-
curricular and Extra-curricular activities and facilities of
the institution.
8. To advice and recommend the General Body and the
academic council on any matter, that is considered
necessary for the fulfillment of the objectives of the
institute for consideration and approval.
9. To promote synergetic relationship with the industry and
society, and promote Research and Consultancy.
Committee Scheduled Meetings: Once in three months.
(A copy of sample is annexed)

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 B.Tech ( ) SAR - PART B

Committee Chair Members

Academic Dean 1. Deans of the institute 1. To monitor and review academic activities as per
Affairs Academic 2. HODs of all the programmes. academic calendar.
Committee Affairs 2. To monitor programme adherence of course work as per
framed time tables.
3. To monitor attendance and implement promotional
policy based on attendance and credits.
4. To generate student data required for Student
Information System (SIS).
Committee Scheduled Meetings: Once in three months or
as and when needed
Departmental Head of the 1. All faculty are members- one among them will act as 1. To formalize the departmental vision and mission.
Development Department Secretary, 2. Deliberates on the report of Programme Assessment Committee (PAC)
and Monitoring 2. Members may be co-opted from other programmes, and future issues.
Committee University, industry and key stake holders as per 3. To plan and monitor the growth of programmes of the department.
(DDMC) requirement 4. Develops and recommends new or revised PEOs
5. To ensure infrastructure, support facilities and activities to ensure for
attainment of PEOs.
Committee Scheduled Meetings: Two times a semester or as and when
needed.
(A copy of sample is annexed)
Programme Programme 1. Module Coordinators 1. To monitor feed backs from stake holders and taking action thereafter
Assessment Coordinator 2. Faculty of a particular course on academic matters
Committee 3. Class Coordinators 2. To monitor assessment and attainment of COs, POs and PEOs.
(PAC) 3. Evaluate Programme effectiveness and propose necessary changes for
continuous improvement.
4. Motivate faculty and students to attend workshops, developing
projects, working models, paper publications and research.
5. Interacts with Students, faculties, Programme coordinator, Module
coordinators, and external stake holders in facilitating PEOs.
6. The report is submitted to the Department Development & Monitoring
Committee
Committee Scheduled Meetings: Once a semester or as and when
needed.
(A copy of sample is annexed)

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Committee Chair Members

Class Respective 1. Faculty of a particular course 1. To tap the suggestions of the students, to enhance teaching-learning
Coordinating Class 2. Student representatives. process.
Committee Coordinator 2. To monitor and improve the relations and shortfalls between
(CCC) academics and teaching environment.
3. Review of activities related to attainment of course outcomes
Committee Scheduled Meetings: Two times a semester or as and when
needed.
(A copy of sample is annexed)
Research Dean R&D 1. Five Staff members with R &D /Industry experience 1. To encourage faculty from each programme to submit research
committee nominated by the Principal of the institute projects for extra-mural funding.
2. To screen, modify and submit the projects to funding agencies.
3. To promote tie-up with industry and other reputed universities.
4. To monitor the progress of the sanctioned projects, consultancy,
patents and tie-ups.
5. To initiate industry-institute interaction for promoting new projects.
6. To guide and counsel, conduct courses on Entrepreneurship.
Committee Scheduled Meetings: Two times a year or as and when
needed.
Institute Dean 1. Coordinators of Extra- curricular Groups, 1. Prepare college diary for the academic year
Coordinators Student Student Clubs and Faculty In-charge for 2. Monitor the progress of events as per diary
3. Collect and act on feedback of extra-curricular and beyond curricular
Committee Affairs college diary and The Physical Director
activities for overall development of students.
(ICC) Committee Scheduled Meetings: Two times a year or as and when
needed.

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8.2.2 Defined rules, procedures, recruitment, and promotional policies, etc (2)

(Instruction: List the published rules, policies, and procedures; year of publications; and state the
extent of awareness among the employees/students. Also comment on its availability on Internet,
etc.)

Policy:

The institution is constantly upgrading its quality of education and increasing the intake. To
match changes in existing staff strength (both Teaching & Non-teaching), the human resources
are constantly upgraded through fresh recruitments on biannual basis, also during
emergencies/exigencies to meet the academic schedule. The institution recruits once in May /
June and in Nov / Dec of the academic year.

Following acts and rules are adopted as guidelines for procedures, recruitments, promotional
policies, code of conduct issued from time to time by the regulatory bodies:

 Rules for Affiliation by Jawaharlal Nehru Technological University Hyderabad 2011-12

 AICTE Norms
 UGC Norms for autonomous college 2012-2017
 Rules and Bye laws of Society

Recruitment Procedure:

Teaching Staff:

Cadre Structure for Teaching Staff:

(a) Director
(b) Principal
(c) Dean -Professor / Associate Professor
(d) Professor / Associate Professor
(e) Assistant Professors / Lecturer (Selection Grade)
(f) Senior Lecturer / Senior Librarian
(g) Lecturer / Librarian / Director of Physical Education
(h) Teaching Assistants

Qualifications:
Faculty has been recruited based on the qualifications prescribed by the AICTE from time to
time. Additionally JNTUH-FET, UGC-CSIR NET, PhD, and Post graduates with Industry
Experience are preferred.

For the top administrative position of the Principal, apart from the guidelines given by the
AICTE and JNTUH, administrative experience and ratification by the University is taken into
consideration.

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Mode of Selection of Teaching Staff:

Direct recruitment to all cadres is based strictly on merit. Invariably in almost all cases, the
following procedure is followed:

(a) Advertisements are issued in leading newspapers.

(b) Applications are scrutinized on the fourth day after the last day for receipt of application.
(c) A Selection Committee is constituted as per Affiliating University and AICTE norms.
(d) Call letters for interviews are sent to eligible candidates, specifying place, date and time of
interview.
(e) Selection Committee decides and recommends the candidates.
(f) Letters of appointment are issued to selected candidates.

Sometimes depending on emergency / exigency of the situation, adhoc appointments are made
on contract basis for specified periods.

Non-Teaching Staff:

Cadre Structure for Non-Teaching Staff:

(a) Office
 Administrative Officer
 Office Superintendent
 Senior Assistant
 Junior Assistant
 Record Assistant/ Data Entry Operator
 Attender

(b) Labs (other than computer Labs)

 Lab Assistant
 Lab Technician (Diploma)
 Lab Attender (SSC/Inter/ITI)

(c) Computer Labs

 System Administrator
 Programmer
 Lab Assistant
 Lab Technician

Qualifications:
Non-Teaching Staff has been recruited based on the guidelines prescribed by state government.

Mode of Selection for Non – Teaching Staff:

All positions are advertised in the news papers or notified in the local notice boards. After
scrutiny of applications received, a short listing is made by the GRES Secretary / Principal.

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Interview call letters are sent to eligible candidates to appear for a trade test and subsequent
personal interview. The selection committee consists of some or all of the following:
(a) President / nominee of President of the society
(b) Principal
(c) Administrative Head
(d) HOD of concerned department

 All appointments (Teaching and Non-teaching staff) made after selection, are forwarded
to the Chairman for approval and the governing body is notified.
 Management is a single term, used to collectively represent the society through resident
of GRES also known as Chief Executive Officer (CEO), Vice President also known as
Chief Operations Officer (COO).

Promotion Policy:

Teaching Staff:
 Career Advancement Scheme implemented strictly in accordance with AICTE Rules.
 Higher Posts such as Professor and Associate Professor are offered through selection
procedure.

Non-Teaching Staff:
 Time Bound promotions given to Non-Teaching Staff.
 Promotion to higher post through selection procedure.

Awareness:

 The administrative rules and regulations covering all cadres of staff employed also
all information relating to roles, powers and administration is mentioned with clarity in
the Institutes Administrative Manual/ GRIET Manual.
 The rules and regulations cover general administration, recruitment of staff, service
conditions, duties, promotion policies, increments, awards and disciplinary actions etc.
 Syllabus books containing current regulation and rules, Programme and course related
information are made available for all students and staff, apart from its availability on the
institute Web site www.griet.ac.in.
 Awareness of staff recruitment is made utilizing Newspaper and electronic media and
widely broadcasted to attract fresh talents and skills.
 At the time of joining and through periodic departmental meetings and notices, awareness
of rules and procedures is being maintained.
 The institute website publishes information on fresh vacancies and appointments for new
posts.
 The ‘College Diary’, gives the academic calendar and all activities (circular and beyond),
and the same information is accessible on the institute web site.

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8.2.3 Decentralization in working including delegation of financial power and grievance

redressal system (3)

(Instruction: List the names of the faculty members who are administrators/decision makers for
various responsibilities. Specify the mechanism and composition of grievance redressal system,
including faculty association, staff-union, if any.)

The management of the institute consists of a Governing Body with a panel of members as per
norms of Society (GRES), nominees from industry, regulatory bodies such as UGC, AICTE,
Affiliating University and the State Government.

I. Decentralization in working:

(i) Administration
 The Principal of the college is the head of the institution providing the required
leadership to the institution and its system. The principal ensures that all provision of the
university bye-laws, statutes and the regulations are observed. He convenes the meetings
of the Advisory councils, the Academic council, Board of Studies, Finance committee,
Institutional Development and Monitoring Committee, Selection Committee. He also
oversees admission of students, recruitment of faculty, curricular co-curricular and extra-
curricular activities, student feedback, internal and external assessments, financial
implications, course contents.
 B.Tech I Year is monitored by Vice-Principal (I Year) while the B.Tech II, III and IV
Year and PG Programmes are monitored by the respective Head of Departments.
 The faculty are actively engaged and involved in decision making process.
 Periodic meetings of HODs of all of the departments and also the intra-departmental
meetings, convey and implement decisions taken by the committees and endorsed by
management. Senior faculty members are represented in all committees by rotation to
enhance administrative experience of all staff. This will help to refine and run the system
of administration to continuously sustain, renew and enhance quality of the education by
the institution.
 The Senior Administrative Officer oversees the non-academic aspects of Management of
the institutes support systems including HR and is assisted by the Administrative Officer
and Office Assistants who look after correspondence, admissions, HR, scholarships etc.
 The Finance aspects are looked after by the Finance Officer and are assisted by the
Accountant and Deputy Accountant.

(ii) Examinations
 All the examination matters are dealt by Dean of Examinations (DOE) assisted the
Controller of Examinations (CE) and by five Assistant Controllers of Examination
(ACEs). The duties are delegated to the ACEs to assist the DOE in smooth functioning of
both conduct and evaluation of examinations, publishing of result and maintaining
records.

(iii) Departments

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 HODs through their departmental committees and coordinators, administer each

department’s activity.
 Various annual activities, professional bodies and clubs are organized through their
respective coordinators. The activities are grouped as given below:

(a) Academic Activities

S.No Academic Activity

1 Ist Year B.Tech (All Branches)
2 M.Tech Programme
3 B.Tech (CCC)
4 TASK
5 EDP Cell
6 Technology Cell
7 College Diary
8 College Web Page
9 GRIP
10 Faculty Club
11 Women Development Cell
12 FSW
13 GRIET Alumni Association
14 Gaming Club
15 Robotic Club

(b) Co-Curricular & Extra-Curricular Activities

S No. Activity
1 Annual Day
2 Graduation Day
3 NSS
4 Pragnya
5 Pulse
6 Quizzicals
7 Reflections
8 Rhythms
9 Scientific Forestep
10 Souvenir
11 Spices
12 Spirals
13 Sports & Games
14 x-Kernel

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(c) Other Committees

S No Committee
1 Canteen
2 Editorial
3 Library
4 Public Relations
5 Time Table
6 Transport
7 e-Resources

(d) Professional Bodies

S No. Professional Bodies

1 CSI
2 IEEE
3 ISTE
4 SAE
5 SME
6 ICI
7 IEI
8 IETE
9 HMA
10 AIMS
11 TIE
12 BMSI
13 CII
14 CREAM

II. Delegation of financial power

(i) Director / Principal

Director / Principal is delegated with financial powers up to a maximum of Rs. 200,000/- for
purchase and unplanned up to Rs. 50,000/-
(a) To authorize purchase of consumables for laboratories over and above the powers of the
Head of the Departments.
(b) To permit reimbursement of traveling and other expenses for official purposes within the
permitted limit to be decided by the CEO.
(c) To entertain guests.
(d) To sponsor faculty / staff for any academic and co-curricular activities as per norms.

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(e) To authorize any other expenses he may deem essential.

The Principal may in case of any contingency obtain oral permission from the CEO, if the
expenditure to be incurred exceeds his powers and get ratified by the CEO along with required
receipts.

(ii) Heads of Departments:

The HODs are delegated with powers up to Rs.25,000/- for sanctioned work and Rs.10,000/- for
unplanned work
(a) To make urgent consumable purchases for Lab.
(b) To meet small non-recurring expenses.
(c) To incur any other expense deemed necessary.

III. Grievance Redressal Cell

All grievances of staff and students are to be redressed expeditiously, and each member is a key
stakeholder of the organization. Any grievance reported verbally or written will be appropriately
dealt with by the concerned Head of the Department. However, the aggrieved, if so desires or
feels that his/her grievance is not redressed satisfactorily, can approach the Grievance Redressal
Cell for Redressal. The composition of Cell is as follows:

Chairman
 Vice President, Governing Body
Members
 Director
 Principal
 Dean Student Affairs
 Dean Faculty Development
 Dean Discipline

The Grievance Redressal cell delegates to three other sub committees to deal with specific
complaints, which are described as follows:

(i) Discipline Committee

The main role of discipline cell is to address the complaints from Student and Staff.

Self-discipline is primarily desirable, and all members in the institutions environment are
expected to adhere to rules and regulations in an ideal situation. Any aberrations in this regard
are to be referred to the Discipline Committee, who should dispose of the case expeditiously. All
discipline matters of students and matters related to Teaching and non-Teaching staff are to be
referred to Discipline Committee, consisting of:

Chairman

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 Dean Discipline
Members
 Dean Student Affairs
 Physical Director
 Two faculty Members nominated by the Principal
Co-opted
 HOD of concerned member staff/student
 Student member/Non-teaching staff member

(ii) Anti-ragging Committee

Ragging involves an act by senior students in baiting or bullying new students. Though a
Universal phenomena, it often takes a malignant form wherein the newcomers may be subjected
to psychological or physical discomfort or harassment.

To prevent and deter such incidents in Higher Educational Institutions, the Government of India
has taken serious view on the cases of ragging. The other effective steps taken by the
Government include notification of anti-ragging regulations by regulatory authorities viz. All
Indian Council for Technical Education (AICTE) and University Grants Commission (UGC)
vide F.1-16/2009(CPP-II) dated 21 October 2009. The media campaign started by Government
since 2009 through print, audio/visual has created awareness throughout the country is reiterated
every year.
Anti-ragging Committee members are as below:
 Principal
 Dean Discipline
 Circle Inspector of Police of Local Police Station
 Dean Student Affairs
 Dean Academic Affairs
 Physical Director
 Senior Administrative Officer
 Students Members –One from each Programme

GRIET follows the notification strictly and implements to protect its academic atmosphere from
being marred by the acts of ragging. GRIET follows a three pronged approach of “Awareness,
Avoidance & Action”. All direct approaches of talking to students in addition to using various
media to make aware of the bad effects and strict punishments if indulged in. Under Avoidance it
has instituted Anti Ragging squads under the Anti Ragging Committee to prevent ragging at the
time of joining and continues the monitoring through the first year session. It also procedurally
segregates Instructions, Travel and Canteen timings respectively. Any cases of ragging observed
are to be referred to Disciplinary Committee for appropriate action. The students/parents are
required to submit anti-ragging related affidavit to the Institute at the time of admissions.

(iii) Anti Sexual Harassment Cell

The Honorable Supreme Court in the case of Vishaka and Others Vs State of Rajasthan and
Others (JT1997 (7) SC 384), has laid down guidelines and norms to be observed to prevent
sexual harassment of working women. These are ingrained in the Government of India CCS

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Conduct Rules [Rule 3 (1) (iii)] in the light of misconduct which attracts appropriate disciplinary
action at work place and where ever such conduct amounts to a specific offence under IPC the
concerned authorities can initiate appropriate action under the law. Being a private academic
institution GRIET is also within the purview of the law and its jurisdiction as UGC in its
notification F.No.14-4/ 2012 (CPP-II) of December 2012 has formulated regulations in the letter
(Para 1.1 and 1.2, which also applies to institutions recognized under Clause (f) of Section 2 of
UGC act 1956).

At GRIET, the Principal has constituted the Anti Sexual Harassment Cell for prevention of
sexual harassment in the campus, and the cell is empowered to deal with cases concerning sexual
harassment of women staff and students and hence will function as a sub-committee of the
institute.

The list of members and terms of references are given below:-

1. Chairperson
2. Faculty members from all departments
3. Senior Administrative Office
4. Co-opted Members
i. Social Activist
ii. Student Representative
iii. Non-teaching Staff Representative
Functions:
 To deal appropriately with reported cases of sexual harassment, abuse or
discrimination, and initiate action against particular grievances in respect of unfair
treatment due to gender bias.
 The Anti Sexual Harassment Cell is responsible for initiating the necessary process
of inquest on receipt of complaint from the dean Discipline.
 In case of the complaint is against any staff member of the committee then the
Principal shall nominate appropriate Chair or member for the enquiry.
 The Anti Sexual Harassment Cell arbitrates sexual harassment cases, complete with
provisions to recommend suitable punishment of the guilty to the Grievance Cell for
further action.
 The guidelines have provisions depending on the different degrees of fault or
offence-Minor, Moderate or Major, there are different degrees of “punishment” to
deal with such offences
Tools to respond to offences include (1) Communication of the standard, (2) Disapproval, (3)
Verbal warning, (4) Written warning, (5) Suspension/ Rustication of the guilty parties, (6)
Termination of employment, in order to protect complainants from victimization.
 The guidelines followed are meant to act as a deterrent, and that this cell can be
effective only influence suitable attitudinal change.

IV. Women’s Development Cell

The activity of WDC addresses problems of women employees and empowerment of women.

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(i) History & Inception

The JNT University Hyderabad, makes it mandatory for all affiliated colleges to have a
Women’s Development Cell and gives guidelines to the college establishment relating to
functioning of gender issues cells (2001). Following in the footsteps of the JNT University,
Gokaraju Rangaraju Institute of Engineering & Technology also has established a Women’s
Development Cell.

(ii) Scope
The Women’s Development Cell of GRIET purports to conduct activities for the students,
teachers and administrative / supporting staff of the college at 3 levels- Apex, College and
Departmental levels. Activities at the Institutional Apex, level will aim at the community at
large, the focus being on providing community interaction and meaningful humanitarian
experience to students and teachers. It will also interact with governmental social bodies that
address women’s issue such as sexual harassment — verbal or physical in nature.

(iii) Objectives
 Create awareness on equal opportunity for women that will ultimately lead to improved
attitude and behavior.
 To raise awareness vide lectures/ workshops for GRIET women students and staff
members on different aspects of women’s welfare.
 Bring about attitudinal and behavioral change in adolescent youth of the female gender.
 To discuss and suggest methods to promote gender amity amongst all GRIET women
employees and students.
 Conduct programmers for ladies to empower them physically, emotionally, mentally and
financially.
 To educate the women students to break out of social impediments and to convince them
to come forward with problems and complaints.
 Provide a harassment free working atmosphere, by identifying and fixing responsibility
on the concerned persons for ensuring equal treatment of and participation by women in
all areas.
 To consider any other matter on women’s issues referred to the cell.

(iv) Constitution of the Women’s Development Cell:

1. Coordinator Lady Faculty
2. Members
Dean Faculty Development
Dean Student Affairs
Senior Lady Faculty

3. Co-opted members
Lady Faculty
Female Student

(v) Programmes/Activities:

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In order to achieve the stated goals, the following programmers will be conducted / celebrated.
March 8 - Women’s Day
April 7 - Health Day

Lectures will be organized, as per convenient timings, on adolescent health issues, women’s
professional problems, women’s domestic / personal problems due to work-place pressures, and
gender discrimination at different levels. Competitions such as Quiz, Debates and, Elocution
competitions will be held besides activities of interest to ladies such as Rangoli, Mehendi, and
Cooking etc.

V. Malpractice Prevention Committee:

A Malpractice Prevention Committee shall be constituted to examine and punish the students
who indulge in malpractice/behave in an undisciplined way in examinations as per the
punishment guidelines approved by the Academic Council.

Composition

 The Principal
 Controller of Examinations of the college
 Observer/ Invigilator
 Subject Expert (case/offence dependent)
 Head of Department of concerned candidate

8.2.4 Transparency and availability of correct/unambiguous information (3)

(Instruction: Availability and dissemination of information through the Internet. Information

provisioning in accordance with the Right to Information Act, 2005).

 Personal information, qualifications, professional skills and experience are taken from
new recruits at the time of joining and used to leverage the strengths of the departments
and the institute.
 The data of all staff are periodically collected and updated, the teaching faculty
information is uploaded on the college web site.
 The administrative rules and regulations covering all cadre of staff employed is
mentioned with clarity in the GRIET Manual which is updated. This manual is available
with all the administrative heads as well as Head of Departments. Transparency is
maintained relating to rules followed which include general administration, recruitment
of staff, service conditions, duties, promotion policies, increments and awards and
disciplinary actions.
 Recruitment and interview of all staff is done by issuing advertisements in leading local
and national News papers and on college web site.

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 The Selection Committee chaired by the Chairman, Governing Body or his nominee , the
Principal, subject experts, Head of Departments and nominee of affiliating university
form the constituent members and the recruitment and the short listed candidates are
intimated by telephone and e mail.
 Recruited teaching faculty are interviewed and ratified by the University Ratification
Committee and the result is intimated.
 All activities at the institute are recorded and posted on the institute web site.
 Periodic meetings of the Governing Body, Academic Council, Board of Studies are
recorded as minutes of the meeting and the decisions and ratifications are handed down to
the department levels. The departments in turn intimate the faculty members during the
Departmental meetings. All administrative meetings held are recorded for transparency in
order to maintain unambiguity.
 Mobile phone Short Messaging Service (SMS) are also effectively utilized to alert
Students, staff, and other stake holders.
 All schedules are displayed on the Notice Boards, College Diary and the Web site. The
College Diary gives the academic calendar and all activities (curricular and beyond) and
the same can be accessed through the college web site.
 The Academic Regulations and Syllabus give transparency in implementing academic
plans and gives information on the current regulations in force and its rules, credits ,
courses, attendance, examination etc. this information is available on the college web site.
 All relevant documents of the administrative and academic processes are displayed and
available for inspections by several regulatory bodies such as the Affiliating University
Task Force, State Government Task Force/ Committee, AICTE, NAAC, UGC and NBA
teams. It is also available for corporate entities who recruit students, such as TCS, Infosys
etc.
 The mandatory disclosure presented on the website provides all the academic details
including the academic regulations and syllabus
 There are notice boards in all the blocks through which information is made available to
the staff and students and very significant circulars are sent to the classrooms.

8.3 Budget Allocation, Utilisation, and Public Accounting (10)

(Instruction: The preceding list of items is not exhaustive. One may add other relevant items if
applicable.)

Summary of current financial year’s budget and the actual expenditure incurred in rupees (for the
institution) for previous three financial years.

Budgeted Expenses Expenses Expenses

Item
in CFY in CFY in CFYm1 in CFYm2

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2014-2015 2014-2015 2013-2014 2012-2013

Infrastructure built-up 10000000 600000 12572000 2109000
Library 3000000 1772000 1844000 2654000
Laboratory equipment 25000000 25891000 11448000 10620000
Laboratory consumables 20000000 13714000 975000 1537000
Teaching and non-teaching staff
180000000 177394000 144049000 116452000
salary
R&D 15000000 10237000 698900 2841000
Training and Travel 5000000 3760000 1957000 2205000
Others 60000000 47703000 52599000 41222000
Total 318000000 281071000 226142900 179640000

8.3.1 Adequacy of budget allocation (4)]

(Instruction: Here the institution needs to justify that the budget allocated over the years was
adequate.)

GRIET follows the process of distributing the available financial resources to departments in a
manner consistent with our institute’s vision, mission, long-term goals which is transparent to
stakeholders. The allocation model is updated annually and will continue to serve as the
allocation instrument. Keeping in view that no budgeting process is perfect and that ideally there
would be more funds to allocate, the goals of the process are to:

 Recognize the importance of staff to our long term success

 Encourage areas to focus on outputs directly related to our strategic plan
 Improve instructional and support facilities to make the learning environment vibrant
 Increase Research and Development

The institute allocates the available resources to the departments based on the forecasted
requirements of the departments keeping the curricular and beyond curricular activities, R&D,
Library, Transport, Welfare and Maintenance. It is the responsibility of the Departmental
Development and Monitoring Committee (DDMC) to ensure the allocated resources are
expended as per their forecasted plans. The emphasis will be to increase quality of academic
inputs delivered and positively contribute to the institute in terms of development of new
technologies, methods and practices.

8.3.2 Utilisation of allocated funds (5)

(Instruction: Here the institution needs to state how the budget was utilised during the last three
years.)

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The respective academic and supportive units are informed on allocation of funds under various
heads. At the department level, the DDMC decides the utilization for the financial year’s
allocated funds following the purchase procedures.

Purchases are done up to the level of allocated funds, however under some special priority
considerations, the purchases can go beyond the allocated funds which will be later ratified by
the Governing Body. Delegation of financial powers done to keep the autonomy of the
departments and reduce time delays.

Regular auditing and inventory checks keep the mechanism free from over or unjust spending.

8.3.3 Availability of the audited statements on the institute’s website (1)

(Instruction: Here the institution needs to state whether the audited statements are available on its
website.)

YES, the Audited statements are available on GRIET website www.griet.ac.in

8.4 Programme Specific Budget Allocation, Utilisation (10)

Summary of budget for the CFY and the actual expenditure incurred in the CFYm1 and CFYm2
(exclusively for this programme in the department):

Budgeted Expenses Budgeted Expenses Budgeted Expenses

Items in CFY in CFY in 2013- in CFYm1 in 2012- in CFYm1
2014-2015 2014-2015 2014 2013-2014 2013 2012-2013
Laboratory equipment 3300000 2280000 3000000 2485000 2500000 2116000
Software 900000 488000 300000 67000 200000 167000
R&D 200000 213000 100000 30000 150000 100000
Laboratory consumables 200000 109000 300000 90000 300000 130000
Maintenance and spares 1100000 1041000 1000000 373000 1000000 477000
Training and Travel 200000 134000 200000 118000 300000 301000
Miscellaneous expenses
200000 177000 200000 65000 200000 35000
for academic activities
Total 6100000 4442000 5100000 3228000 4650000 3326000

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8.4.1 Adequacy of budget allocation (5)

(Instruction: Here the institution needs to justify that the budget allocated over the years was
adequate.)

The process of analyzing the adequacy of budget allocation involves the analysis of information
pertaining to each item of the budget with respect to the priorities and policies set out by the
institution. The priorities of the organization are:-

1. Improvement in the quality of education.

2. Development of infrastructure including classrooms, teaching aids and student facilities
in classroom.
3. Research and Development.
4. Addition of latest Laboratory equipment.
5. Addition of resources in the Library.

In this regard, by comparing the priorities set out with the allocations made, it can be informed
that the items included are in line with the policies and long term goals of the institution.

For, example, the budget in the year 2014-15, half of the budget amount was allocated towards
the laboratory equipment. This was due to improvement of laboratories to enhance the technical
skills.

Another substantial spending amount was for building infrastructure making GRIET one of the
leading institutions having state of the art infrastructure. Institutional infrastructure is the key
and the base to provide quality environment, similarly emphasis is given towards development of
laboratory equipment and resources.

R&D is the next key area where major funds are allocated for projects, patents and tie-ups.

A good emphasis is given on training both teaching and non-teaching staff by conducting FDP’s
and workshops in the college and also encouraging staff to attend FDP’s, workshops and
conferences outside the institution with sufficient funds. Hence it can be interpreted that the
allocated funds are very much in line with the priorities set out by the institution.

8.4.2 Utilisation of allocated funds (5)

(Instruction: Here the institution needs to state how the budget was utilised during the last three
years.)

The allocated funds act as guideline towards making purchase of lab equipment, programme
conduction, training activities and other miscellaneous needs. The department conducts regular
meeting to see that the allocated funds are properly utilized vis-à-vis the projection and plans.

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The allocated funds are utilized as per the priorities set at the department level. The emphasis is
on increasing quality of academic inputs delivered and positively contributes to the Institute in
terms of development of new technologies, methods and practices.

For example, in the year 2014-15, half of the budget amount was spent towards the laboratory
equipment like NDT, SCC, Marshall Stability, Relative density etc. as planned and allocated.
This is for continuous improvement of laboratories to enhance the technical skills.

GRIET management is a forerunner in terms of providing the best and updated infrastructural
facilities to its staff and students and also in facilitating funds for the purpose of improving
quality of teaching and research. Departments make optimum utilization of this attitude and
policy of the management by utilizing the funds allocated by spending it in lines with the mission
and objectives.

8.5 Library (20)

8.5.1 Library space and ambience, timings and usage, availability of a qualified librarian
and other staff, library automation, online access, networking, etc (5)

(Instruction: Provide information on the following items).

 Library Services : Yes

 Carpet area of library (in m2) : 1670
 Reading space (in m2) : 1355
 Number of seats in reading space : 300
 Number of users (issue book) per day : 200
 Number of users (reading space) per day : 300
 Timings: During working day, weekend, and vacation : 8 AM to 8 PM
 Number of library staff : 08
 Number of library staff with degree in Library : 04
 Management Computerization for search, indexing, issue/return records Bar coding used
At present the Library Information Center uses in-house developed Library Management Software

 Library services on Internet/Intranet INDEST or other similar membership Archives

The following Library services are present on Internet / Intranet.

Library Management Computerization for search, indexing, issue/return records

Bar coding used
At present the Library Information Center uses in-house developed Library Management
Software with the following functions automated

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 Circulation Section – Issue / Return using bar codes and code reader
 Information Retrieval Services
 Which includes searching of data and retrieval of data using various search
options like title, author, subject, publisher etc.
 Recently barcoding of library holdings was taken up and successfully completed.

Library Services on internet / intranet, membership archives

 Library Services on internet / intranet, membership archives

1. NPTEL (National Programme for Technology Enhanced Learning) lessons are

procured and are available all over campus through intranet at link
http://172.16.0.88 LocalG that can be accessed from any system with LAN
connection. These lessons are stored at IBM server of library with capacity of
3TB.
2. DELNET (Developing Library Network): GRIET Library is a member of
DELNET through which services such as Inter Library Loan (ILL) facility is
available. Through this, a book or a document or a part of a document / article
can be procured from any member library throughout India.

 Links to E-Journals / Databases

The following e-resources / online e-Journals Packages of various publishers can be

accessed from any computer (with internet) connected to the campus LAN including
Library. IP based access to the subscribed journals are provided through these
resources.

1. IEEE ASPP - Transactions & Magazines (for CSE, ECE, EEE, IT Depts.)
http://ieeexplore.ieee.org
2. ELSEVIER - Science Direct (for Engineering) http://www.sciencedirect.com
3. ASCE Digital library (for Civil Dept.) http://ascelibrary.org
4. ASME Digital Library Online : (for Mechanical Dept.) http://asmedl.org
5. Springer link: (for CSE, ECE, EEE, IT Depts.) http://springerlink.com/journals
6. McGraw-Hills Access Engineering (for Engineering)
http://accessengineeringlibrary.com
7. J-Gate Engineering and Technology (JET) (for Engineering & Technology)
http://jgateplus.com
8. ASTM Digital Library (for Engineering) http://enterprise.astm.org
9. J-Gate Social and Management Sciences (JSMS) (for Management Sciences)
http://jgateplus.com
10. EBSCO-BSA (for Management Sciences) http://www.search.ebscohost.com

Back files up
S.No Package No of Journals
to
11` IEEE-ASPP 145 2000

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2 ASCE 34 1983
3 McGraw Hill Access Engineering-274 titles All
4 Springer-EEE,ECE,CSE 149 (Titles Collection) 1997
5 ASME 26 2000
6 J-Gate (E & T) 1700 2001
7 Elsevier-Science Direct 275(Engineering & Computer Sci.) 2000
8 ASTM Digital Library complete
9 J-Gate Management Science 2000 2001
10 EBSCO-BSA 1102 titles

8.5.2 Titles and volumes per title (4)

Number Of New Number Of New

Year Number Of New Volumes Added
Titles Added Editions Added
2012-2013 318 44 4000
2013-2014 655 475 4764
2014-2015 395 230 1572

8.5.3 Scholarly journal subscription (3)

No. of No. of Total Technical Journals

Scholarly Journal
Technical subscribed
Year Titles(in originals,
Magazines /
In Hardcopy In Softcopy reprints)
Periodicals
2014-2015 293 293 6849 6849
2013-2014 300 300 300 300
2012-2013 300 300 8412 300
2011-2012 240 240 35 240

8.5.4 Digital Library (3)

 Digital Library Services : Yes

 Availability of digital library contents (If available, then : YES; 260 NPTEL Lessons;
mention number of courses, number of e-books, etc.
Availability of an exclusive server)
 Availability of an exclusive server : YES
 Availability over Intranet/Internet : YES
 Availability of exclusive space/room : YES
 Number of users per day : 150

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8.5.5 Library expenditure on books, magazines/journals, and miscellaneous contents (5)

Expenditure (in Rs.)

Year Magazines/Journals Misc. Commen
Magazines/Journals (for
Book (for hard copy Conten ts, If Any
soft copy subscription)
subscription) ts
2012-2013 15.53 7.8 16.3 - -
2013-2014 19.06 6 16.2 - -
2014-2015 15.13 6.75 20.2 2 -

8.6 Internet (5)

(Instruction: The institute may report the availability of Internet in the campus and its quality of
service.)

 Internet Services : Yes

 Name of the Internet provider : AIRTEL
 Available bandwidth : 54 Mbps
 Access speed : 100 Mbps
 Availability of Internet in an exclusive lab : Yes
 Availability in most computing labs : Yes
 Availability in departments and other units : Yes
 Availability in faculty rooms : Yes
 Institute’s own e-mail facility to faculty/students : Yes
 Security/privacy to e-mail/Internet users : Yes

 The institute is currently subscribed with the service provider “Bharti – Airtel” for
the internet services.
 Wi-Fi routers in all vantage points connecting all registered laptops in the
departments and faculty rooms.
 The same network is used for institute’s intra-mail.
 The network is secure in that it has its own firewalls and anti-virus/worm
programmes to protect vital institute information and database apart from
confidential emails of all its users.

8.7 Safety Norms and Checks (5)

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8.7.1 Checks for wiring and electrical installations for leakage and earthing (1)

 Institute buildings are well designed with proper electrical installations.

 Special care is taken at the time of installation by using quality certified components in
terms of wiring, switches, plugs and circuit breakers.
 Monthly maintenance is done which includes arrest of any leakage, working condition
check for lighting conductor, earthing / grounding system checks and inspection of
electrical installations for safety.
Separate Electrical Maintenance is monitored by the Maintenance & Safety Officer with a
dedicated team to deal with routine and emergency maintenance.

8.7.2 Fire-fighting measurements: Effective safety arrangements with emergency / multiple

exits and ventilation/exhausts in auditoriums and large classrooms/laboratories, fire-
fighting equipment and training, availability of water, and such other facilities (1)

 Institute buildings are designed with adequate light, ventilation, stairs, corridors,
pathways, multiple / wide staircases and all round approach.
 Pathways, corridors and stairs are wide enough to handle emergencies.
 Large size class rooms, Seminar halls and laboratories have two exits.
 Laboratories handling chemicals have adequate ventilation and exhaust facilities.
 Fire extinguishers are provided at key points in all buildings.
 First Aid facility is available in all emergencies.
 Each building is being provided with automatic alarm system with water tanks and fire
prevention system.
 Safety instructions are prominently displayed throughout the college.
 Quarterly maintenance drills are done for awareness and familiarity with hazards and
safety actions in case of emergencies.

8.7.3 Safety of civil structure (1)

 Buildings are well designed by expert architects and qualified structural engineers
 Quarterly inspection is carried out for the safety of civil structures
 Adequate maintenance is done by taking care of painting and white-wash, crack filling,
water logging, and leakages

8.7.4 Handling of hazardous chemicals and such other activities (2)

(Instruction: The institution may provide evidence that it is taking enough measures for the
safety of the civil structures, fire, electrical installations, wiring, and safety of handling and
disposal of hazardous substances. Moreover, the institution needs to show the effectiveness of
the measures that it has developed to accomplish these tasks.)

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 Safety precautions such as shoes, aprons, safety glasses are insisted upon for staff and
students.
 Special drives are done to collect electronic wastage.
 Awareness of safety precautions for handling chemicals is done every semester.

8.8 Counselling and Emergency Medical Care and First-aid (5)

8.8.1 Availability of counselling facility (1)

(Instruction: The institution needs to report the availability of the facilities discussed here.)

 An experienced counselor Ms. Revathi Thuraga, life member of the International

Association of Holistic Psychology (IAHP), is being consulted whenever needed
 Dean Career Guidance and Counseling, GRIET deals with students and parents by giving
counseling and motivating them in all aspects.

8.8.2 Arrangement for emergency medical care (2)

(Instruction: The institution needs to report the availability of the facilities discussed here.)

Medical facility within the Institution:

 A Qualified Medical Practitioner is available every day between 9:30 am-1.00 pm on the
campus medical centre.
 He is being assisted by a qualified medical assistant, who is available throughout the
college working hours

Medical facility nearby:

 College is being situated at a distance of 4.5 km from busy KPHB (Kukatpally Housing
Board) area. Even the connecting road called Nizampet Road is densely populated with
all medical facilities doctors, clinics, pharmaceutics & diagnostic centres.
 Nearest Hospitals: Apollo- 2 km, Remedy Hospitals-4.5 km at KPHB (Multi Specialty
Hospital with good emergency facilities)
 Many private practitioners of every specialty are available at 1.5 km.
 Number of ambulances within the Institution : one
 Facility in ambulances : First Aid
 Response-time in calling ambulance services from outside : 7-10mins
 College has a fleet of 32 buses, LMVs which can be used to ferry people in emergency as
and when needed.
 Remedy Hospitals Ambulances and 108 EMRI-State Ambulance facility situated at
Kukatpally Police station which is at 4 km, have very good track record of response time
in meeting the emergencies. The journey time is involved in response to any emergency
calls which is around 7-10 mins.

8.8.3 Availability of first-aid unit (2)

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(Instruction: The institution needs to report the availability of the facilities discussed here.)

 College Medical centre provide first aid facility equipped with 4 beds, wheel chair,
stretcher facility, consulting room with all emergency care and medical centre facility.
 The Medical Center consists of Emergency Medical equipment such as ECG, EMG
machines, Pace Maker, Holter Monitor
 It is open throughout college working hours including sports periods.

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Continuous Improvement (75)

This criterion essentially evaluates the improvement of the different indices that have already
been discussed in earlier sections.

9.1 Improvement in Success Index of Students (5)

From 4. 1
a, b and c are the success indices which correspond to LYGm2, LYGm1 and LYG respectively.
Assessment = (b-a) + (c-b) + (a+b+c)x(5/3)

Items 2010-2011(c) 2009-2010(b) 2008-2009(a) Assessment

Success Index 0.95 0.91 0.88 4.64

9.2 Improvement in Academic Performance Index of Students (5)

From 4. 2
a, b and c are calculated respectively for LYGm2, LYGm1 and LYG by dividing the
API values, obtained from the criterion 4.2, by 10. The maximum value of a, b, and c
should not exceed one.
Assessment = (b-a) + (c-b) + (a+b+c)x(5/3)

Items 2010-2011(c) 2009-2010(b) 2008-2009(a) Assessment

API 0.79 0.80 0.77 3.95

9.3 Improvement in Student-Teacher Ratio (5)

From 5.1
a, b and c are calculated respectively for CAYm2, CAYm1 and CAY by dividing the
STR values, obtained from the criterion 5.1 by 20. The maximum value of a, b, and c
should not exceed one.
Assessment = (b-a) + (c-b) + (a+b+c)x(5/3)

Items 2014-2015 (c) 2013-2014 (b) 2012-2014 (a) Assessment

STR 0.76 0.76 0.72 3.77

9.4 Enhancement of Faculty Qualification Index (5)

From 5.3
a, b and c are calculated respectively for CAYm2, CAYm1 and CAY by dividing the
FQI values, obtained from the criterion 5.3 by 10. The maximum value of a, b, and c
should not exceed one.
Assessment = (b-a) + (c-b) + (a+b+c)x(5/3)

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Items 2014-2015 (c) 2013-2014 (b) 2012-2013 (a) Assessment

FQI 0.69 0.60 0.61 3.25

9.5 Improvement in Faculty Research Publications, R&D Work and

Consultancy Work (10)
From 5.7 & 5.9
a, b and c are calculated respectively for CAYm2, CAYm1 and CAY by dividing the
FRP and FRDC values, obtained from the criterion 5.7 and 5.9 by 20 . The maximum value of a,
b, and c
should not exceed one.
Assessment = (b-a) + (c-b) + (a+b+c)x(10/3)

Items 2014-2015 (c) 2013-2014 (b) 2012-2013 (a) Assessment

FRP 0..23 0.23 0.25 2.39
FRDC 0.13 0.28 0.15 1.89

9.6 Continuing Education (10)

In this criterion, the institution needs to specify the contributory efforts made by the faculty
members by developing course/laboratory modules, conducting short-term courses/workshops,
etc., for continuing education during the last three years.

Any Other Usage and

Module Developed/Organized Resource Target
Contributory Duration Citation,
Description By Persons Audience
Institute/Industry etc
Acquired
Certification
Dept. of Civil P.Santi B.Tech knowledge
course on CAAD Centre 80 Hours
Engineering Reddy students in the
AutoCAD
software
Acquired
Workshop on Faculty
Dept. of Civil Two knowledge
Fluid IIT, Bombay from IIT Faculty
Engineering Weeks in Fluid
Mechanics Bombay
Mechanics
Training To improve
Programme Dept. of Civil Faculty & knowledge
Lawrence & Mayo One Week
on Total Engineering Students and skill in
Station total station
Acquired
Workshop on Faculty knowledge
Two
Engineering IIT, Bombay GRIET from IIT Faculty in
Weeks
Mechanics Bombay Engineering
Mechanics
Dept. of Civil Eminent Faculty & Acquired
STEPS 2014 GRIET Two days
Engineering Speakers Students knowledge

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from in
Industry sustainable
technologies
Acquired
Eminent
knowledge
Dept. of Civil Speakers Faculty &
STEPS 2013 GRIET Two days in
Engineering from Students
sustainable
Industry
technologies
Acquired
Eminent
knowledge
Dept. of Civil Speakers Faculty &
STEPS 2012 GRIET Two days in
Engineering from Students
sustainable
Industry
technologies

9.7 New Facility Created (15)

Automatic Weather Station is installed by Japan University of Tokyo and Kieo in association
with Indian Meteorological Department and Indian Institute of Technology, Hyderabad. It
continuously monitors temperature, relative humidity, atmospheric pressure, wind speed, wind
direction, rainfall, etc.

Self-Compacting Concrete equipment is used to study the workability of self compacting

concrete and effect of water-cement ratio and to optimize the dosage of super plasticizers. It
achieves compaction into every part of the mould or formwork simply by means of its own
weight without any segregation of the coarse aggregate. The fluidity of SCC ensures a high level
of workability and durability whilst the rapid rate of placement provides an enhanced surface
finish.

Non-Destructive Test equipment is used to calculate the compressive strength and density of
concrete with ultrasonic pulse velocity tester, Schmidt’s hammer. Non-destructive testing is a
group of analysis techniques used to evaluate the properties of a material without causing
damage. Non-Destructive Testing methods are used to determine the condition and quality of
concrete or to locate objects embedded in concrete, without damaging or destroying the concrete.
Also to identify the location and development of cracks and voids which are not visible at the
concrete surface but which may affect the structural or durability performance of concrete.

Permeability testing machine is used to study the permeability of concrete under standard air
pressure. Permeability was used to evaluate the mixes because low permeability is typically
associated with durable concrete pavements. The requirements were initiated to insure that
concrete mixes would have good aggregate interlock, low paste content, and low permeability.

Accelerating curing tank is used to accelerating the curing process of concrete. This is useful
for research and project works. It is used to get early high compressive strength in concrete. This
method is also used to find out 28 days compressive strength of concrete in 28 hours.

Concrete Air Entrainment equipment is used to calculate volume of air entraining in the
concrete. The air content is a very important parameter for the behavior of concrete to
weathering and to verify the air content variation due to the use of chemical additives to increase
the workability of concrete.

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Relative Density is a subjective character of sandy deposit. It is expressed as the ratio of actual
decrease in volume of voids in a sandy soil to the maximum possible decrease in the volume of
voids meaning how far the sand under investigation can be capable to the further densification
beyond its natural state. Determination of relative density is helpful in compaction of coarse
grained soils and in evaluating safe bearing capacity in case of sandy soils. For very dense
gravelly sand, it is possible to obtain relative density greater the one.

Inverted Metallurgical Microscope with digital camera is used to find the atomic structure of
minerals and rocks. Thin sheets of minerals and rocks are prepared and examined under the
microscope for studying the atomic number and atomic structure of various minerals and rocks.

Parshall Flume is a hydraulic structure which is used to measure surface water and irrigation
flows. The Parshall flume is frequently used to measure industrial discharges, municipal sewer
flows, and influent or effluent at wastewater treatment plants. Of all the flumes, the Parshall
flume is the most recognized and commonly used.

Double Ring Infiltrometer is a device used to measure the rate of water infiltration into soil.
The rate of infiltration is determined as the amount of water per surface area and time unit that
penetrates the soil. This rate can be calculated on the basis of the measuring results and Darcy’s
Law.

Marshall Stability Test equipment is done to determine the Marshall stability of bituminous
mixture as per ASTM D 1559. Marshall Stability is the resistance to plastic flow of cylindrical
specimens of a bituminous mixture loaded on the lateral surface.

Center for Excellence in Life Skills (C.E.L) is initiated and competitions were based on the
contents of books on life skills. The engineer must have high self-esteem, high motivation and
high unconscious competence for success in worthwhile goals based on sound value system.
Developing the attitudinal skills is a continuous process like breathing process and it is not a one-
time event.

Center for Water Resources Engineering and Management (CREAM) is initiated and
competitions were based and organized under the theme of Water and sustainable development.

Center for Sustainable Technologies for Eco-Social Resilience to Global Climate Change
(CST-ERG)” is initiated and competitions were based and organized under the theme of Water
and Energy.

Computer Simulation, Optimization, Analysis and Design Lab in Advanced Water

Resources Engineering (CARE Lab) is initiated using open source software’s in water
resource engineering like USGS , ASCE , NIH ,IWMI etc. for the guidance of faculty and
students in doing mini and main projects.
Reinforcement detailing model was developed to enhance and facilitate the understanding of
reinforcement details of any structure. Also various models of important structures like Metro
Rail model, Outer Ring Road model and GRIET Campus Model were developed.

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9.8 Overall Improvements since last accreditation, if any, otherwise, since the
commencement of the programme (20)
Specify the overall improvement:
 GRIET is recognized as Scientific and Industrial Research Organization (SIRO) by
Department of Scientific and Industrial Research (DSIR).
 Accreditation by Tata Consultancy Services (TCS) of ‘B’ Category.

List the
Specify the
Contribut PO(s), which Comments, if
Strengths/Wea Improvement Brought In
ed By are any
kness
strengthened
Up gradation of Equipment’s for GRIET b, c, d
Concrete technology, Highway To strengthen the
2014-2015
materials, Geotechnical Engineering laboratory
Labs
g, j, l Acquired
Improvement in understanding about GRIET knowledge in
2013-2014
sustainable technologies sustainable
technologies
Improvement in Communication, h, i, j, k
Various skills are
2012-2013 Listening and Comprehension skill, GRIET
improved
team building skill, presentation skill
Up gradation of Equipment’s for b, c, d To strengthen the
2011-2012
laboratories GRIET laboratory

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