X`D. Y.

Patil College of Engineering & Technology

(Approved by AICTE, New Delhi, Govt. of Maharashtra and

Permanently Affiliated to Shivaji University Kolhapur)

(An Autonomous Institute)

Summer Internship
(Rural/Social Internship)
Department of First Year Engineering
 Summer Internship
(Rural/Social Internship)

Recent Photo

Full Name of Student : ARYA MANOHAR HULWAN

Roll No. : 348

Class & Branch : F.Y. BTECH, CSE

Mode of Internship (Online/Offline) : OFFLINE

Period of Internship : From 10/03/2023 To 17/03/2023

Name and address of Organization/Industry Visited

: BALINGE PUMPING STATION, NAGDEV WADI,

KOLHAPUR, MAHARASHTRA. 416010

……………………………………………………
Name of Manager /Responsible Person : JAYESH JADHAV
Phone No. (O/M) : 7709042182
Officer-in-charge of Internship : NIVAS MALI
O rganization/Industry website (if any) : N/A
Reference given by : N/A

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VISION OF THE INSTITUTE

To become a leading Institute in producing high quality technical professionals for Nation
Building.

MISSION OF THE INSTITUTE

• To nurture the students with high quality education.

• To promote creativity, excellence and discipline.

• To explore career opportunities for the students.

• To enhance industry-institute interaction and research activities.

• To create social and environmental awareness.

ORGANISATIONAL OBJECTIVES

• To produce technically competent, quality conscious engineers.

• To develop functionally suitable and conducive environment for students and staff for
academic purpose.
• To develop the departments into the centre of excellence.

• To strengthen industry institute interaction.

• To help the students for personality development and career guidance.

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PROGRAM OUTCOMES

PO 1- Engineering Knowledge: Apply the knowledge of mathematics,

science, engineering fundamentals, and an engineering specialization
to the solution of complex engineering problems. PO 2- Problem
analysis: Identify, formulate, research literature, and analyze complex
engineering problems reaching substantiated conclusions using first
principles of mathematics, natural sciences, and engineering sciences.
PO 3- Design/development of solutions: Design solutions for complex
engineering problems and design system components or processes that
meet the specified needs with appropriate consideration for the public
health and safety, and the cultural, societal, and environmental
considerations.
PO 4- Conduct investigations of complex problems: Use research-
based knowledge and research methods including design of
experiments, analysis and interpretation of data, and synthesis of the
information to provide valid conclusions.
PO 5- Modern Tool Usage: Create, select, and apply appropriate
techniques, resources, and modern engineering and IT tools including
prediction and modeling to complex engineering activities with an
understanding of the limitations.
PO 6- The Engineer and Society: Apply reasoning informed by
the contextual knowledge to assess societal, health, safety, legal and
cultural issues and the consequent responsibilities relevant to the
professional engineering practice.
PO 7- Environment and Sustainability: Understand the impact of the
professional engineering solutions in societal and environmental
contexts, and demonstrate the knowledge of need for sustainable
development.
PO 8- Ethics: Apply ethical principles and commit to professional
ethics and responsibilities and norms of the engineering practice.
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PO 9- Individual and Team Work: Function effectively as an

individual, and as a member or leader in diverse teams, and in
multidisciplinary settings.
PO 10- Communication: Communicate effectively on complex
engineering activities with the engineering community and with
society at large, such as, being able to comprehend and write effective
reports and design documentation, make effective presentations, and
give and receive clear instructions.
PO 11- Project Management and Finance: Demonstrate knowledge
and understanding of the engineering and management principles and
apply these to one’s own work, as a member and leader in a team, to
manage projects and in multidisciplinary environments.
PO 12- Life-long learning: Recognize the need for, and have the
preparation and ability to engage in independent and life-long
learning in the broadest context of technological change.

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ABOUT ORGANIZATION/INDUSTRY

Name of Organization/Industry: BALINGA WATER PUMPING STATION

Type of Organization/Industry: GOVERNMENT

Total Employee Strength : 50

Their Product/ Services : PROVIDING PORTABLE WATER

Detail information about Organization/Industry:

The organization that we chose for our Internship was Balinga Water Pumping Station. It is located at
Nagadev Wadi, Maharashtra. It was built by Shrimati Nanjappa on 12th of April, 1949. The total area of
this pumping station is about 28 acres. This area is divided into two sections. 8 acres of land is used for
raw water and jackwell process while rest of 20 acres is used for filtration process. The water supply
capacity of this pumping station is 24 lakh gallons per day. The cost of building this whole pumping
station was Rs. 4,83,500. The daily operations of this organization were carried out under the
supervision of Chief Administrator Officer, Capt. V. Nanjappa. This project was successfully completed
under the guidance of Executive Engineer, M. K. Krishnaswamy.
For the right flow of water to jackwell, 4-5 chambers which are 30-35 feet deep are used. Jackwell is
about 20 feet. It consists of vertical turbine of 300 HP which is 15m wide and 10 feet deep. It also
consists of submersible turbine of 335 HP of width 15m and depth of 10 feet. Jackwell has two standby
pumps of 150 HP. The weight of all the turbine is about 27 ton. For filtration process, we have TCL tank
which has a capacity of 5000 litre. The water pumping station includes 4 filtration tanks about 35 feet
deep and 4 settling tanks. For the next step we have 8 beds for purification of water.

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DAILY REPORTING SHEET

Day:1 Date: 10/03/2023

Time of Arrival: 9:30 A.M. Time of Departure: 3:30 P.M.

Main points of the day/ Activity done:

First we me the deputy engineer MR. Jayesh. He welcomed us and thorughly gave a quick
overview about how the plant works, how are people managed and history of balinga pumping
station.

Few years ago, in summer season due to less water availability they used to build dams using jute
or plastic bags so that water level raises and is pumped to jack well. But now due to improved
technology there is no need of dams in summer season and also water flows to jack well by
gravity. Later we visited each and everyplace used for this process. Water requirement for the
people is 120MLD but they manage to supply 160MLD.

Area which gets water from this plant includes C, D ward which gets 100% water from Balinga
water plant. 50% of water from Balinga is supplied to A, B ward and 50% of water from Puikadi
water plant. E ward gets 100% water from Puikadi. Puikadi also supplies water to Salonkhenagar,
Shenda park, Kawala Naka, Temblaiwadi and Uchagaon. Water from Bawada water plant is
supplied to 50% E ward, Shahupuri 50%, Bawada 100%, Tarabai Park, Kadamwadi, Raan Mala,
Bapat Camp. Water taken for filtration in Bawada Plant and Puikadi is from river shingnapur.

Cost of electricity needed for filtration process and also for supplying it to various places is around
Rs. 3,00,25,00. After taking overview of plant, we learned meaning of each process in detail.

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Process are as follows: Aeration, Coagulation, Flocculation, Filtration, Chlorination.

1) Aeration: Aeration is the process by which air is circulated through, mixed with, or dissolved
in a substance. Here, the substance is water. It reduces contamination. Main objective of
aeration in water treatment plant is to remove CO2 and also to control bacteria.
2) Coagulation: Coagulation is the water treatment process used to remove solids from water by
electrostatic charges of particles suspended in water.
3) Flocculation: It is the water treatment technique in which particles combine to create bigger
clusters which are then removed from the water.
4) Filtration: Raw water contains undesirable sediments, algae, and other harmful organisms.
Filtration helps to remove these substances and produce water safe drinking.
5) Chlorination: Chlorination is the process of adding chlorine to drinking water to kill bacteria
and viruses using different processes that can be used to achieve safe level of chlorine.
Signature of Organization/Industry Supervisor

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DAILY REPORTING SHEET

Day:2 Date: 11/03/2023

Time of Arrival: 9:30 A.M. Time of Departure: 3:30 P.M.

Main points of the day/ Activity done:

Our day 2 of internship began at 9:30 am in the morning. The water is taken for filtration from
river Bhogawati. The reason they set up a pumping station is because there is a lot of stability of
water in this river and also has a high turbity. Another reason can also be considered as it has 24/7
water supply, meaning it has a never ending water supply.

The first step we studied is the work of inlet channel in the process of filtration. The work of this
channel is to supply the water from river to jack well. This process is considered as low-level
pumping because water flows to jack well by gravity.

The channel is 4 feet wide and 6 feet deep. The distance between channel and jack well is about
100-150 meters. There are 3 circular chambers which are 35 feet above the ground. They were
making a path for this water to flow from inlet channel to the jack well. After leaving the inlet
chamber the water reaches the jack well. The hack well is about 20 feet deep and it has various
pumps. The width of the jack well is about 27 meters.

There are a total of 4 pumps which work in different manners and help in the pumping of water. It
consists of a vertical turbine which has power of 300HP(Horsepower). It is 15 meters wide and 10
feet deep. It also consists of a 335HP submersible turbine which is of the same dimensions as that
of the vertical turbine. During the situation of flood, the vertical turbine doesn’t work so
submersible pump is used for pumping the water from a certain limit. It also has a horizontal
150HP pump. It also has a standby pump of 150HP and there 2 of them. It is also used as a
substituent for all the above mentioned pumps.

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By utilizing these pumps the water is pumped to the fountain like structure through its channels
for further processing.

Signature of Organization/Industry Supervisor

Signature of Class Teacher

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Day:3 Date: 13/03/2023

Time of Arrival: 9:30 A.M. Time of Departure: 3:30 P.M.

Main points of the day/ Activity done:

After studying several phases of water filtration we reached a process from where actual filtration
of water is uplifted in air by applying a pressure so that oxygen from air can mix with water and
increase the percentage of o2 in water which will eventually decrease co2 percentage.

Reason behind mixing the oxygen in water by taking it to a certain height is to make it easy for
filtration. When oxygen gets added to water, water becomes light hence it is easy for filtration.
This is the role of aeration fountain. It has 4 circular layers through which water is uplifted by
applying a pressure using various motors. Water in this stage contains small pieces of matter and
looks cloudy which is called turbidity. Therefore, polyalluminium chloride (PAC) & bleaching
powder is added. PAC is used to settle suspended particles & bleaching powder is used as a
disinfectant.

Bleaching powder is string O.A. hence acts as oxidizer & is used for disinfecting water to make it
portable. In this water pumping plant PAC packet is used of 25kg, which costs around rs900. 10
gram of PAC is used for 1 liter water. According to turbidity it may vary.

Now this water with PAC present in it is pumped to the settling tank for further processing. This
tank forms a surface for particles(suspended) to get settled.Pac makes particles sticky, hence
formation of aggregates takes place. Due to formation of aggregates particles becomes heavy in
mass & therefore easy to settle for this process to happen, water is kept stable in settling tank for 4
hrs.

At this stage water is half purified.

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Signature of Organization/Industry Supervisor

Signature of Class Teacher

DAILY REPORTING SHEET

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DAILY REPORTING SHEET

Day:4 Date: 14/03/2023

Time of Arrival: 9:30 A.M. Time of Departure: 3:30 P.M.

Main points of the day/ Activity done:

Half purified water from settling tank is pumped to the filtration bed, total 8 bed for filtration. At
the bottom of bed there are 7 layers of sand. Sand in each layer is of different size and of different
type.

In this plant sand is used from Gujrat. Particles which formed aggregates settles in settling tank but
particles of small size which are unable to form aggregates are still present in the water. So, to
remove this particles sand filtration process is used. In this process, half purified water is passed
through the first layer, matter which cannot pass through voids of course sand particles get trapped
and remaining water flows to next layer. Same like previous procedure, matter which is unable to
escape from voids of medium sand granules get trapped & remaining water flows.

This process goes on, water which is passed through last sand layer is D-60 and is called as
effective sand. Water which is filtered through sand filtration process needs to be made free from
infectants. So, it is transferred for chlorination. In this process chlorine is added to flowing water,
here chlorine acts as disinfectant.

In water treatment plant, chlorine is stored in cylindrical container which is of 900kg. Amount of
chlorine added to this plant per day is enough for 10 days.

Chlorine could also leak from cylinder, so as a safety measure water is stored aside of chlorine
cylinder, in case if chlorine gets leaked cylinder is kept in water so that chlorine dissolves in it.
Inhalation of chlorine is hazardous for humans so proper precaution are taken at water treatment

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plant and also workers provided with masks.

After chlorination, water is stored in storage well. Well has windows around it which are helpful in
further process. Chlorinated water is pumped here and is rotated in the well through pumps. While
rotating, windows are open, hence water gets rid of musty smell. Now this water is safe to drink
and hence dispatched to various locations according to schedule
Signature of Organization/Industry Supervisor

Signature of Class Teacher

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DAILY REPORTING SHEET

Day:5 Date: 15/03/2023

Time of Arrival: 9:30 A.M. Time of Departure: 3:30 P.M.

Main points of the day/ Activity done:

Water after aeration comes to a tank for bed wash. Bed wash is a process in which water is
purified partially and unpurified water is reused.

When the water comes for bed washing it is settled in the tank which is about 12 feet above the
ground. This tank contains several beds (approximately 5) which are used for filtration. This bed
contains several layers of sand and mud which make the sediments of the impure water settle
between them.In this process water is collected into the beds and the water gets purifies. The
remaining water in the tank is drained out from that area and it is collected into a small storage
area which is inclined in between the beds.

After this process, the water from the aeration tank is again brought into this area and the water
which was collected earlier, is mixed with the water. This mixing of water takes place at a high
speed due to which some more impurity gets settled and water is sent for further processes.

Some water which is impure is reused. This water is sent to refiltration tank and it is store there.
Some part of water is filtered and it is again sent to the bed washing and some part of water is used
for some other purposes.

Signature of Organization/Industry Supervisor

Signature of Class Teacher

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DAILY REPORTING SHEET

Day: 6 Date: 16/03/2023

Time of Arrival: 9:30 A.M. Time of Departure: 3:30 P.M.

Main points of the day/ Activity done: What do workers do? 7 total types of workers are needed in
this plant, i.e., to check quantity of chemical dose in the water and to keep record of all these
chemicals used and enquiry of needed chemicals is done by a operator. 2 helpers are provided to
do additional work.

At the time of cleaning the tank, a fitter is required to do hall work along with other workers which
do cleaning of tank manually. To control and supervise all this work, inspector plays a main role.
He is responsible to pass enquiry of needed material to higher authority. All this work is done in
three shifts, for which several workers are assigned.
There are a variety of different works:
Physical Work:
1) Bed Wash: In each shift the process of bed washing is carried out. It requires about 30-45
minutes to complete this process.
2) Filter Bed cleaning: Due to water particles and sand, filter beds become muddy and are
needed to be cleaned. Here workers clean it once in a week. Sand layers are renewed once in 7
years.
3) Aeration fountain cleaning: Particles of PAC and TLC are mixed in aeration fountain which
may settles and remain for long time and also due to action of water surface of fountain is
affected, hence it is cleaned by workers when electricity is cut off. It has to be done while there
is no electricity because further process is stopped and availability of filter to supply may
reduce. It is done manually and takes 45 minutes to complete.
4) Cleaning of surrounding
5) Removal of Algae: Because of continuous action of water, green substance in water is created
which is called algae. It makes surface slippery hence dangerous. So, it is removed. Workers

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do this work once in 15 days.
6) Cleaning of wall
7) Oiling hall and motor for smooth processing
8) Maintenance: For all appliances maintenance is required which is checked once in a
month.

Signature of Organization/Industry Supervisor

Signature of Class Teacher

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DAILY REPORTING SHEET

Day:7 Date: 17/03/2023

Time of Arrival: 9:30 A.M. Time of Departure: 3:30 P.M.

Main points of the day/ Activity done:

Chemical work: -
1) Preparation of chemicals: PAC, chlorine and TCL mixture with water needs to be prepared,
before mixing it the water. Every 1 liter of water needs 10g of PAC powder. Hence 1 or 1.5
tanks of mixture is required for each shift, hence tank’s capacity is 5000 liters. TCL is also
added in this mixture. These tanks are directly connected to aeration fountain where mixing of
this mixture with raw water takes place. This work of chemical preparation is done by an
operator.
2) Adding appropriate quantity of chlorine: Chlorine is used to disinfect water but extra
quantity of chlorine is hazardous for health so appropriate amount is added. Hence water is
tested to check chlorine content.
 Test for quantity for chlorine:
1] Water with chlorine in it is taken in test tube, chemical called O-Tolidine is added in it.
After adding 2-3 drops of OT, colour of water changes, it becomes yellowish in colour.
2] This test tube is then placed in chloroscope for testing. Chloroscope has marks on it which
denotes the amount of chlorine present in H2O. It has various shades of yellow, by matching
the chlorine water which is obtained by adding drops of OT, we get amount of chlorine
present.
3] Chlorine is stored in cylindrical container and then connected to flowing water for mixing.
If in chlorine test, amount of chlorine present it more than desired value, outlet of chlorine
through cylinder is adjusted so that amount of chlorine coming out is minimized.
3) Amount of alum/TLC to be added: To check the amount of TLC to be added in water, one
laboratory test is carried out. There are 4-5 beakers filled with raw water. Different quantity of
TLC is added in it such as 1ppm, 2ppm, etc. respectively. Beaker contains suspended blades

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through rods which helps to mix TLC in water. The duration for which blade must rotate is set
generally for 10 minutes. The beaker in which particles suspended easily and quickly is
appropriate amount of TLC to be added in raw water.
4)Laboratory work: Filtered water needs to be checked if it is portable or not. So, after every one
cycle of filtration it is sent to lab for testing.
Parameters tested are as follows:
 Turbidity, Alkalinity, Hardness, Odor, PH, Physical appearance, Total dissolved
solid, Chloride, Fluoride, Iron.
Signature of Organization/Industry Supervisor

Signature of Class Teacher

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ATTENDENCE SHEET

Name & Address of Organization:

Name of Student: ARYA MANOHAR HULLWAN

Roll No : 348

Class & Branch : F.Y. BTECH, CSE

Date of Commencement of Training: 10/03/2023

Date of Completion of Training : 17/03/2023

Day& Day-1 Day-2 Day-3 Day-4 Day-5 Day-6 Day-7

Date Date: Date: Date: Date: Date: Date: Date:
10/03/ 11/03/ 13/03/ 14/03/ 15/03/ 16/03/ 17/03/
2023 2023 2023 2023 2023 2023 2023
Sign

Note:
1. Attendance Sheet should remain affixed in Daily Training Diary.
2. Do not remove or tear it off.
2. Student should sign/initial in the attendance column. Do not mark ‘P’

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Name: Contact No:

(Name & Signature of Organization/Company internship supervisor with company stamp/ seal)

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OUTCOME OF INTERNSHIP

(What students learned during Internship?)

No work is small. Each and every worker in this water treatment plant plays important role. They work hard so
that we get clean & adequate water for drinking.

Things we learned from this internship:

1.Importance of Water:
Visiting this water treatment plant helped us to learn about practical applications of science & engineering to
inspire future career paths, understand the amount of cost and efforts that goes into preparing potable water so
that we do not waste it by leaving the tap running unnecessarily. Pollution & other human actions can have
impact on the water treatment so we should take necessary actions to minimize this.

2.Water treatment process:

Everyone has a question, how water comes to our home? what are the process involved? How they are carried
out? We got solution of every Question. There are several process carried out so that we get water for drinking.
taking water from a source treating & storing it, each steps is carried in well manned. We studied processes such
as aeration, flocculation, coagulation etc. in details.

3.Recycling treated water:

Waste which is left after process is used for activities such as cooling water. It may be again used for filtering
water. Here water used for bed washing is again re-used in filtration process.

4.Efficient way of using electricity:

Monthly electricity bill of water treatment plant is around ₹3 crores, which is a huge amount. To avoid this they
have set up solar panels through which electricity is conserved.

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5. Uses of Chemicals in water treatment plant:
Various chemicals such as chlorine, polyaluminium chloride (PAC), bleaching powder is used for disinfecting
water, suspending particles & to oxidize respectively. So, they are useful in treating water and also plays
important role to make water safe for drinking.

6. Working of Motors:
We learned how motors helps to pump water to desired location. And how alternative motors are used during
maintenance of previous ones.

7. Technology used:
Various technologies are used in this treatment plant. which includes lifting of motors during maintenance,
methods used to drain out suspended particles in settling tank, techniques used to mix chemicals in
water likewise many technologies are used.

Moral values we learned are:

1.Team work
2.Exploring ideas
3.Building curiosity to learn new things
4.Communication skills developed.
5.Time management

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PROBLEM IDENTIFICATION

Problem Statement:
The problem which we faced in our internship was the wastage of water. Water withdrawal is also
approximately 150-160 MLD which is convenient but about 50% of this water is being wasted due to
leakage in pipes and pumps during the processing of water. Due to this water leakage, water is not being
pumped with that efficiency and ultimately some parts are not getting water in desired quantities. This water
leakage causes a greater impact in summer due to which water is again reduced in its quantity and some
parts of Kolhapur especially at the outskirts face a scarcity in water.

Current Solution on Problem:

Action committee of members including Advocate Baba Indulkar , R K Powar , Doctor Dilip Desai and the
deputy engineer of technical department Jayesh Jadhav visited this place for surveying its condition. The
current solution they have with this wastage includes some mere manmade but efficient methods. The water
which was being wasted through pipes at the bottom is being collected in some containers. Once these
containers are full, they are collected and after their collection they are again recycled. By recycling they
mean that they process it once again from the step they were collected and ultimately again used for
purifying. However, the action committee doesn’t regard this method to be useful and hence they have also
surveyed that the area has been repaired and silt removed 12 years ago.

The wastage of water during its processing is being made by the pumps which are used for processing it.
The pumps which they use are old and are made up of stone. As this stone construction pump is old, it has
been proposed to construct a new pump at this place under Amrit Scheme 1 . According to the recent reports

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the committee is very happy to give us the information that almost the 80% of the construction of pump has
been finished. Now we can be assured that we can get an efficient water supply to all of the designated areas
once the construction is finished. After the end of this new and more efficient pump the old pump will be
discarded and thus it will be decommissioned

Expected Solution as Per Your Opinion:

The main problem which is faced by water leakage is the quality of the pipes used. This quality may vary
from pipe to pipe and accordingly their maintenance will also vary. Thus, first of all a proper record of all
the maintenance must be kept by the director of the plant. The government should raise as much funds as
possible to give the plants the new and hi -tech equipment required . By the application of technology one
can introduce systems having artificial intelligence programmed in it. This artificially intelligent machines
will work as per the brain of humans and ultimately the work of the manpower will be reduced. There is
actually a lot of shortage in human power present in today’s world and hence this serves as one the biggest
disadvantages of all time not only in water purification system but also in other sectors. Due to introduction
of artificial intelligence in the system, it will become very much more convenient to avoid problems like
leakage of water from pipes as well as a lot of human efforts will also be saved. By introduction of artificial
intelligence, one means to program one central unit as per function of human brain and this whole system
can be used to control the water flow in various sections of the water purification station. Now due to this
AI (Artificial Intelligence),

It is also necessary to introduce machines like pumps and turbines which will work parallelly and smoothly
with this AI. We need to fix sensors in the pipes and turbines which are made up of nanomaterials and

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which support the properties of semiconductors in order to achieve a proper fusion between AI and our
purification sub parts. These sensors will act as a messenger or a communication device which will inform
the main AI system controlling the water flow, regarding the problems like water leakage . After the
delivery of this message the flow of water can be regulated or altered in that specific region and after fixing
that problem the water flow can be again regulated in proper manner. It is also necessary to have at least
two-three people at the main controlling station to keep a proper watch on what ‘s happening in the system.
The fact of substitute pumps cannot be ignored as it is not necessary that always the people present there can
correct the default in the machines. Now these pumps should also have efficiency to carry water properly
and prevent leakage of water in different parts of purification plant. We should also take care that these all
pumps, turbines and other devices are kept up to date and they have proper record which should be taken
care directly by the person or organisation who is in charge of that particular plant. It is also necessary that
these highly advanced artificially intellectual machines must be carefully handled by team of specialised
team members who have been in field of artificial intelligence before in order to keep a proper track of their
record.

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GLIMPSES OF INTERNSHIP

Visiting Card of HR Manager/Reporting Person

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SUPERVISOR EVALUATION OF INTERN

Student Name: ARYA MANOHAR HULLWAN Date: 21/03/2023

Work Supervisor: JAYESH JADHAV Title: DEPUTY
ENGINEER
Company/Organization: MUNCIPAL WATER CORPORATION
-
Internship Address: NAGDEV WADI, NEAR PHULEWADI, BALINGA, KOLHAPUR

Dates of Internship: From 10/03/2023 To 17/03/2023

Please evaluate your intern by indicating the frequency with which you observed the following
behaviors:
Parameters Excellent Very Good Good Satisfactory
5 mark 4 mark 3 mark 1 to 2 marks
1. Behaviors
2. Performs in a dependable manner
3. Cooperates with co-workers and
Supervisors
4. Shows interest in work
5. Learns quickly
6. Shows initiative
7. Produces high quality work
8. Accepts responsibility
9. Accepts criticism
10.Demonstrates organizational skills
11. Uses technical knowledge
and Expertise
12.Shows good judgment
13. Demonstrates creativity/originality

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14. Analyzes problems effectively
15. Is self-reliant
16.Communicates well
17.Writes effectively
18.Has a professional attitude
19.Gives a professional appearance
20.Is punctual
21. Uses time effectively

Overall performance of student intern:

( Satisfactory/Good/Good/Excellent) Additional comments, if any:

Signature of organization/Industry supervisor

HR Manager
STUDENTS FEEDBACK OF INTERNSHIP

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(TO BE FILLED BY STUDENTS AFTER INTERNSHIP COMPLETION)

Name of Student: ARYA MANOHAR HULWAN

Class & Branch: F.Y. CSE
Name & address of Organization: BALINGE WATER PUMPING STATION, NAGDEV
WADI, KOLHAPUR. 416010
Name of Supervisor: MR. JAYESH Mobile: 770904218
JADHAV
Internship is: Unpaid
Class Teacher: MRS. KANBHARKAR
Date of Internship: From 10/03/2023 to 17/03/2023
Feedback
S.N This experience has: Strongly Agree No Disagree Strongly
Agree Opinion Disagree
1 Given me the opportunity
to explore a career field
2 Allowed me to apply classroom
theory to Practice
3 Helped me develop my decision-
making and problem-solving skills
4 Expanded my knowledge about
the work world prior to
permanent employment
5 Helped me develop my written
and oral communication skills
6 Provided a chance to use
leadership skills (influence others,
develop ideas with others,
stimulate decision-making

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and action)
7 Expanded my sensitivity to the
ethical implications of the
work involved
8 Made it possible for me to be more
confident in new situations
9 Given me a chance to improve my
interpersonal skills

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S. This experience has: Strongly Agree No Disagree Strongly

N Agree Opinion Disagree
10 Helped me learn to handle
responsibility and use my
time wisely
11 Helped me discover new aspects
of myself that I didn’t
know existed before
12 Helped me develop new interests
and abilities
13 Helped me clarify my career goals
14 Provided me with contacts
which may lead to future
employment
15 Allowed me to acquire
information and/or use equipment
not available at my Institute
16 What did you dislike about
the internship?
17 What did you like about
the internship?
18 Considering your overall
experience, how would you
rate this internship?
(Satisfactory/ Good/Very Good/
Excellent)

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Sign of Students

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INTERNSHIP EVALUATION REPORT

Name of the Student: ARYA MANOHAR HULWAN

Roll No : 348

Class & Branch : F.Y. BTECH, DIV-C, CSE

Internship Title : SOCIAL/RURAL INTERNSHIP

Class Teacher : MRS KANBHARKAR

Internship Outcome Supervisor Report and Attendance Questions Total Grade

selection Evaluation Presentation and
Answers
10 Marks 10 Marks 10Marks 5 Marks
10 Marks 5 Marks 50 Marks

Grade: 1 to 20: Satisfactory, 21 to 30: Good, 31 to 40: Very Good, 41 to 50: Excellent

Expert Committee Members:

Sr. No Name of Expert Department Signature

1. TPO

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2. HOD
3. Departmental

Internship In-charge
4. Class Teacher

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ADDITIONAL DOCUMENT IF ANY

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CERTIFICATE

Certificate ID:

This certificate is awarded to MS. ARYA MANOHAR HULWAN

Roll No. 348 Branch CSE

For completing one week Rural/Social Internship on 17/03/2023.

For Academic Year 2022-23, Odd Semester.

Class Teacher HoD

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