Training Insights for Engineering Students
Training Insights for Engineering Students
Conducted at
RITA PAD PRINTING SYSTEMS LTD.
On Project
“Study of Training and Development of Employees”
Submitted to
Jhajjar polytechnic collage
Session [2021-2023]
Submitted by
Rohit kandwal
210051700083
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ACKNOWLEDGEMENT
It is a great opportunity & pleasure for me to express my profound gratitude towards all
the individuals who directly or indirectly contributed towards completion of this report.
Working on this report was a great fun, excitement, challenges and a new exposure in the
field of Engineering
I am greatly indebted to under whose guidance and concern i am able to bring the report
into its real shape.
· Mr. PANKAJ GARG (HRD, RITA PAD PRINTING SYSTEMS LTD.)
I convey my gratitude to all those who are directly or indirectly related in the completion
of this project report.
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DECLARATION
ROHIT KANDWAL
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PREFACE
It has not only helped me to enhance my knowledge about various fields of mechine
& Company responsibilities towards their welfare but also gave new dimension to
my knowledge about communication & attitude of the Employees towards the work
& their duties.
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EXECUTIVE SUMMARY
Every organization needs to have well trained and experienced people to perform the
activities that have to be done. If current or potential job occupants can meet these
requirements, training is not important. When this not the case, it is necessary to raise the
skills levels and increase the versatility and adaptability of employees.
It is being increasing common for individual to change careers several times during their
working lives. The probability of any young person learning a job today and having those
skills go basically unchanged during the forty or so years if his career is extremely unlikely,
may be even impossible. In a rapid changing society employees training is not only an
activity that an organization must commit resources to if it is to maintain a viable and
knowledgeable work force.
The entire project talks about the training and development in theoretical as well as new
concepts, which are in trend now. Here we have discussed what would be the input of
training if we ever go for and how can it be good to any organization in reaping the benefits
from the money invested in terms like (ROI )i.e. return on investment. What are the ways we
can identify the training need of any employees and how to know what kind of training he
can go for?
Training being in different aspect likes integrating it with organizational culture. The best and
latest available trends in training method, the benefits which we can derive out of it. How the
evaluation should be done and how effective is the training all together. Some of the
companies practicing training in unique manner a lesson for other to follow as to how train
and retain the best resource in the world to reap the best out of it.
Development is integral part of training if somebody is trained properly and efficiently the
developments of that individual and the company for whom he is working. Here we discussed
about development of employees, how much to identify the needs, and after developing how
to develop executive skill to sharpen their knowledge. Learning should be continues process
and one should not hesitate to learn any stage. Learning and developing is fast and easy at
LUMAX industries ltd.
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6
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INDEX
Page
Serial no. Chapters no.
01. Introduction 10
09. Conclusion. 61
Bibliography. 78
11.
Annexure. 80
12.
9
INTRODUCTION
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INTRODUCTION TO MECHANICAL ENGINEERING
Mechanical engineering is a study of physical mechine that may involve
force and movement . it is an engineering branch that combine engineering physics
and mathematic principles with material science ; to design , analyze , manufacture ,
and maintain mechanical system . it is one of the oldest and broadest of the
engineering branches . mechanical engineering requires an understanding of core
areas including mechanics , dynamics , thermodynamics , material science , design ,
structural design , and electricity . in addition to these core principle , mechanical
engineering use tools such as computer – aided design (CAD) , and product lifecycle
management to design and analyze manufacturing plant , industrial equipment and
machinery , heating and cooling system , transport system , aircraft , watercraft ,
robotics , medical device , weapons and other .
Mechanical engineering emerged as a field during the industrial
revolution in Europe in the 18th century , however , its development can be traced
back several thousand years around the world . in the 19 th century , development in
physics led to the development of mechanical engineering science . The field has
continuous envolved to incorporate advancement , today mechanical engineering are
pursing development in such areas as composites , mechatronics and nanotechnology .
It also overlap with aerospace engineering , metallurgical engineering , civil
engineering , structural engineering , electrical engineering , chemical engineering ,
industrial engineering , and other engineering disciplines to varying amounts .
Mechanical engineering may be also work in the field of biomedical engineering ,
specifically with biomechanical engineering , transport phenomena and modelling of
biological system .
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INTRODUCTION OF THE TOPIC
One of the most talked subjects in corporate circles, in recent times is how
to optimize the contributions of human resources in achieving organizational goals.
An efficient and satisfied workforce is the most significant factor in organizational
effectiveness and marginal excellence. But experiences in business and service
organizations however indicate that management, comparatively speaking, bestow
more time and attention to policies and systems relating to production, technology,
investment, inventory, marketing, etc than to human resources.
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TRAINING AND DEVELOPMENT
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DISTINCTION BETWEEN TRAINING AND DEVELOPMENT
TRAINING DEVELOPMENT
2.It is concerned with maintaining and 2.It seeks to develop competence and
improving current job performance. skills for future performance. Thus, it has
Thus, it has short-term perspective. a long-term perspective.
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by increasing an employee’s ability to perform through learning, usually
knowledge.”
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The need of training and development is determined by employee’s performance
Training is an organised activity for increasing the knowledge and skills of people for
a definite purpose. It involves systematic procedure for transferring technical know-
how to employees so as to increase their knowledge and skills for doing specific jobs
with proficiency.
According to Edwin B. Flippo, “Training is the act of increasing the knowledge And
skills of an employee for doing a particular job.”
Training involves the development of skills that are usually necessary to perform a
specific job. Its purpose is to achieve a change in the behavior of those trained and to
enable them to do their jobs better. It makes newly appointed workers fully productive
in the minimum of time. It is equally important for the old employees due to frequent
changes in technology.
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PROCESS OF TRAINING AND DEVELOPMENT
Process of training and development is a well planned process. The following graph
represents this in a graphical manner:-
ORGANISATIONAL
OBJECTIVES AND
STRATEGIES
ASSESSMENT OF
TRAINING NEEDS
ESTABLISHMENT OF
TRAINING AND
DEVELOPMENT GOALS
DEVISING TRAINING
AND DEVELOPMENT
PROGRAMME
IMPLEMENTATION OF
TRAINING AND
DEVELOPMENT
PROGRAMME
EVALUATION OF
RESULTS
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NEED OF TRAINING AND DEVELOPMENT
Training is important not only from the point of view of organization ; but also for the
employees. Training is valuable to the employees because it will give them greater job
security and opportunity for advancement.
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TRAINING AND DEVELOPMENT OBJECTIVES
objectives.
· To prepare the employee [both new and old] to meet the present as well as
· To impart to the new entrants the basic knowledge and skill needed for the
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· To ensure smooth and efficient working of department.
performance”.
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IMPORTANCE OF TRAINING AND DEVELOPMENT
useful and productive for all categories of workers and supervisory staff. The
helps in optimizing the utilization of human resources that further helps the
employees to achieve the organizational as well as their individual goals.
helps in increasing the job knowledge and skills of employees at each level. It
the employees.
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· QUALITY :-Training and development helps in improving upon quality of
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TYPES OF TRAINING
JOB TRAINING:-Job training relates to specific job which workers has to handle. It
gives information about machines, process of production, instructions to be followed,
methods to be used and so on. It develops skills and confidence among the workers
and enables them to perform the job efficiently. It is the most common of formal in-
plant training programmes.It helps in creating interest of the employees in their jobs.
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INTERNSHIP TRAINING:-Under this method, the educational and vocational institute
enters into arrangement with an industrial enterprise for providing practical
knowledge to its students. This training is usually meant for such vocations where
advanced theoretical knowledge is to be backed up by practical experience on the
job. For instance, engineering students are sent to big industrial enterprises for gaining
practical work experience and medical students are sent to hospitals to get practical
knowledge. The period of such training varies from six months to two years.
REFRESHER TRAINING:-As the name implies, the refresher training is meant for the
old employees of the enterprise. The basic purpose of this training is to acquaint the
existing work-force with the latest methods of performing their jobs and improve their
efficiency further. In the words of Dale Yoder, “Retraining programmes are designed
to avoid personnel obsolescence.” The skills with the existing employees become
obsolete because of technological changes and of the human tendency to forget.
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METHODS OF TRAINING
The various methods of training may be classified into the following categories:
On-the-job training
Vestibule training
Off-the-job training
COACHING:-Under this method, the supervisor imparts job knowledge and skills to
his subordinate.The emphasis in coaching the subordinate is on learning by
doing.This method is very effective if the superior has sufficient time to provide
coaching to his subordinates.
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job to job instead of sticking to one job so that he acquires a general background of
different jobs. However, rotation of an employee from one job to another should
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not be done frequently. He should be allowed to stay on a job for sufficient period so
that he may acquire the full knowledge of the job.
VESTIBULE TRAINING
The term ‘vestibule training’ is used to designate training in a class-room for semi-
skilled workers. It is more suitable where a large number of employees must be
trained at the same time for the same kind of work. Where this method is used, there
should be well qualified instructors in charge of training programmes.Here the
emphasis tends to be on learning rather than production. It is frequently used to train
clerks, machine operators, typists, etc.
Vestibule training is adapted to the general type of training problem that is faced
by on-the-job training. An attempt is made to duplicate, as nearly as possible, the
materials, equipments and conditions found in real work place. The human resources
department makes arrangements for vestibule training when the training work exceeds
the capacity of the line supervisors. Thus, in vestibule training, the workers are trained
on specific jobs as they would be expected to perform at their work place.
Vestibule training has certain demerits also. The artificial training atmosphere may
create adjustment problem for the trainees when they are sent to their actual work
place. It is relatively expensive as there is duplication of materials, equipments and
conditions found in the real work place.
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OFF-THE-JOB TRAINING:-It requires the workers to undergo training for a specific
period away from the work place. Off-the-job methods are concerned with both
knowledge and skills in doing certain jobs. The workers are free of tension of work
when they are learning.
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COMPANY
PROFILE
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COMPANY
PROFILE
COMPANYBACKGROUND
The Rita Pad group was started to manufacture pad printing machines in india
for the german market. with it"s commitment towards customer satisfaction and
quality, the company today is the undisputed market leader with over 2500
installations in india & internationally & over 1000 customer-partners.
continuous r & d efforts have lead to a range of over 50 cost-
effective machines with infinite options for customisation to suit individual
needs, a complete range of accessories & Consumabless; and several global &
national patents
QUALITY EMPHASIS
PRODUCT OFFERING
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LOCATION
the head office, works, marketing office & training centre are strategically
located in gurgaon, near the capital new delhi on over 12ooo square feet area,
with the most modern and state of the art facilities
BRANCH NETWORK
From a full fledged office in mumbai, to various distributors all over the
country, you are never far from your friendly rita pad representative
International tie-ups exist in several countries and more country distributors are
being appointed in unrepresented areas.
STAFFING
The group employs over 60 people; the majority of whom are well qualified
engineers with specific skills in customer support, manufacturing, development
& quality
R&D
A significant part of the company's revenues are ploughed back in the form of
research & development. this has lead to increased product evolution &
development, new technology & process development, eventually leading to a
better, more reliable and cost effective offering to the end-user
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Mahindra Sona MK Electic
Honeywell International (I)
Limited Munjal
Ltd.
Moser Baer India Ltd. Showa
Romsons Scientific
Microtek International Electrolux
ROOTS Auto. Products
Ltd. ABB
Sundaram Fastners Ltd.
Liberty Footwear Ltd. Groz Net
Cooper Bussmann
Bharat Electronics Ltd.
Havell's India Ltd.
Shriram Pistons Ltd.
Phoenix Lamps India Ltd.
SPEL Semiconductors
Premier Instruments &
Ltd.
Control Ltd.
Sundaram Clayton
Minda Group of Industries
Ltd.
Ltd.
Whirlpool of India Ltd.
INTRODUCTION
TO PAD PRINTING
Pad printing is an easy to operate, user friendly advanced technology especially suited
to printing on surfaces of any shape, with precise registration and high speed. Printing can be
accomplished on surfaces of any textures or composition at a fraction of the time and cost required by
other printing methods.
Our state of the art standard open and sealed ink cup pad printing machines, have a wide range of
image capabilites and multi-color configurations. The modular design of Rita Pad Printing
Machines facilitates customization to your needs. Take a look at our gallery for some examples of
our specialised industrial systems.
PAD PRINTING
APPLICATIONS
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CONSUMABLE
Printing pads of various shapes, sizes and hardness to suit your requirement, a variety of long-life
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Cliche Plates which give up to 10 million impressions are available from our plate etching
department assuring precise registration and excellent print quality. An extensive range Proll Inks
from Germany are available, Rita Pad has an ink whatever the product surface or shape. Training,
after sales, customised machines etc., to suit individual needs.
Round Pads
Rectangular Pads
Square Pads
Special Pads Additives & Solvent
Longitudinal Pads
Pads
Rita Pad offers more than hundred of standard shape pad, available in different qualities and
hardness to suits industrial pad printing applications. Special pads for specific requirement can be
developed and manufactured on request. The pad is certainly an important and critical element in
pad printing. It takes the ink from plate and deposits it on the object to be printed. It is
recommended for printing graphics with particularly precise printing.
The ideal contact angle between object and pad surfaces lies between 20 ° and 50 ° . The point of
the pad is always critical area, especially where engraving is not screened. In general the point of
the Pad must always find itself outside engraving.
New pad need to be tamped. This can be done by using Acetone dampened cotton and tamping 100-
200 strokes (up down) of pad. Now the pad is activated and ready for use. Do not use any other
thinner for tamping of pad because other thinner will rapidly damage the pad surface. Pads should
be always stored far from heat sources and in closed cabinet in order to avoid contact with dust and
light.
Cliché Plates
To enable you to meet the high quality criteria in printing, we have developed a range of Cliché
Plates suited to the various applications in pad printing. Our in-house artwork and plate making
experts assure top quaility plates. Be sure too profit from the plus features of this high quality
precise material (HCHCr) with the hardness of 58~62 HRC even in long run. It reproduces perfectly
sharp solid images and all of it from the first label to the last, even in the long runs.
For durability, when it is not used the plate must be covered in polythene with the coating of anti
rust oil.
We also deal in thin steel cliché, photo-polymer plates.
Pad printing Inks
RPPSL provides a range of standard, highly opaque inks, plus additives and solvents specially made
for the product decorating industry. These top class pad printing inks are available in single or two
component forms, UV curing type enabling adhesion to various types of materials. All the inks
supplied are non-toxic with reduced levels of heavy duty metal as per DIN71 standard. Inks are
available in various shades.
For general ink colour reference, please see the standard shade card. The colours shown here are
apparent only.
We have two types of universal inks systems produced by Wiederhold, Coates Screen, German and
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Proll, German.
Thinners & Retarders
These auxiliary agents are used to adjust the viscosity of ink to the proper printing consistency in
different type of environment and requirements. Its type and amount depends on speed of machine,
environment, cliche depth etc.
Retarders are used for slow printing speeds . In many applications it is better not to use them alone
but add them to universal thinners. Evaporation rate of the thinner/ retarder depends on the
solubility of the ink. Thinners with good solubility are retained in the ink for a longer period of time
than thinner with a low solubility.
Higher the amount of solvent added to the ink, longer it takes to evaporate and subsequently air
drying of the ink will be slower
LASER
PRODUCT
LINE
20 W, Pulsed Fiber
Laser
Nd : YAG Laser
Marker
SICS OF LASER MARKING &
APPLICATIONS
Electro-magnetic Spectrum: Nd:YAG and Carbon Dioxide lasers emit radiation at different
wavelengths. Fundamentally, the 1.064 micron wavelength of the Nd:YAG is an order of magnitude
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shorter than the 10.6 micron radiation from a Carbon Dioxide laser. In materials processing, the
shorter wavelength of the Nd:YAG couples better to metal while the longer Carbon Dioxide
wavelength is more suitable for cutting plastics, ceramics and other organic materials. The electro-
magnetic spectrum below shows where the Nd:YAG and CO2 laser emissions are located relative to
other lasers and radiation sources.
The fundamental wavelength of the Nd:YAG laser is 1.064 microns while the carbon dioxide laser
emits at 10.6 microns. Most industrial laser markers use either the fundamental output of
these lasers. The Nd:YAG laser wavelength can also be shifted into the green at 0.355 micron or the
UV at 0.266 microns using non linear optics. These shorter wavelengths are now being adopted for
very small (micro-marking) applications in a broad range of materials. The shorter wavelength of the
Nd:YAG laser couples to metal better than the CO2 laser. However, for many marking applications
on plastics or painted objects, the CO2 laser is equally as practical as the Nd:YAG laser and may be
somewhat less costly. Nd:YAG laser beams also have the advantage of focusing to a smaller spot
diameter, with higher power density. As a result, they produce a smaller heat affected zone and less
thermal distortion. Nd:YAG laser energy may also be delivered via a fiber optic cable which allows
for greater flexibility in the factory environment.
In general, RITA LASER produced Nd:YAG lasers at the fundamental 1.064 wavelength are best
suited for marking metals while the CO2 laser is more suited for plastics, painted or
organic marking. This is the Global Standard.
Carbon
Nd:YAG Met Dioxide
als Plastic/Organic
s
Laser markers are used to produce alpha-numeric characters, bar codes, serial numbers, logo's,
artwork and other graphic images using a non-contact thermal process. Beam characteristics of
Nd:YAG laser markers are classified according to their mode structure. For applications requiring
higher average power, the multi-mode output is most desirable. Multi-mode output spot diameters are
typically 30 to 60 microns. TEMoo or End Pumped by Diode Array (DPSS) Systems use much
substantially lower powers to get comparative Outputs as compared to Lamp Pumped Systems due to
superior Beam Characteristics. Fixed or fiber optic beam delivery may be employed from the
resonator to the scanning assembly.
ND:YAG LASER
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Note : This is the system followed by Rita Laser , and all topmost global companies. The flash lamp
used is a Krypton Lamp.
Average Power and Power Density: A continuous wave (CW) Nd:YAG laser marker rated at 50
watts produces the same average power as a 50 watt light bulb. The difference is the light bulb
projects white light of all wavelengths in all directions. The laser emission is coherent (traveling in
one direction), mono-chromatic (of one wavelength) and in phase. The power density, expressed in
watts/cm2 tells us how concentrated the laser energy is at the point of focus. A laser producing 50
watts of power in a 0.005" diameter spot will produce considerably higher power density than the
same laser with a 0.500" spot diameter. The effective marking power of the laser is the net power
density produced at the point of focus or where the best laser mark is achieved . Rita Laser produces
Marking Lasers with Powers ranging from 30 to 150 Watts, with the highest Flux Ratings for Longest
Possible Machine Life (LPML)
Galvanometer or XY Scanner: The output of the laser marker is typically directed by moving
mirrors operating in both the X and Y planes. The XY mirror sets are each independently connected
to highly accurate, repeatable and extremely fast galvanometer drivers (motors). Precision beam
steering, and thus the laser mark, in both the X and Y axis is controlled by the software and control
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electronics.
MARKINGFIELD
Flat Field Lens: The most common method to focus the laser beam in a laser marker is after it is
positioned by the XY galvanometer mirrors by using a flat field lens. Typical flat field lens sets
provide marking areas from 60 mm to over 300 mm in diameter. These flat field lenses provide a
relatively large marking area and permit fast, high quality laser marks and distortion free pictures to
be made on a broad range of metals and other materials.
SOME FAQS
Nd:YAG Suitable Materials include : Hardened and non-hardened Steels; Aluminum; Stainless
Steels; Gold, Silver, Copper, Invar; Coated & Plated Metals; Nylon, ABS, PES, Polycarbonate, PVC,
Styrene, Resins. Most metallic materials mark well.
Computer (IBM PC or Compatible running WindowsT 95/98.) Rita Laser normally provides this
with preloaded Marking Software
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Graphics program (CorelDraw and AutoCAD are popular programs)
Exhaust system (to safely evacuate engraving chamber of any smoke or odors generated in the
engraving or cutting process and expel it.) This is not normally needed when marking Metals with an
Nd: YAG Laser.
Chiller Rita Laser provides this. De-ionized water is needed as cooling medium for initial Charge and
Top-up
Voltage Stabilizer Where Power Fluctuations are common
Air Conditioning Where ambients exceed 30 o C and/or Dusty Conditions prevail
1. On your computer, prepare the graphics to mark or engrave - just as you would do for a
standard printer
2. Load the material to be engraved or cut into the machine
3. Use the "mark" command in the graphics software to mark on the work piece.
With periodic cleaning, most potential problems are eliminated. Other maintenance such as part
replacements and adjustments have been minimized, but when necessary can be accomplished by the
machine operator on site with minimal down time.
8. Who's Laser Modules Does Rita Laser Systems Install Into Their Laser Systems?
Rita Laser Systems manufacture their own laser modules within their state-of-the-art facility. The
key advantages are serviceability and cost savings for the end-user. Key Components like Lenses,
YAG Rods, CO2 Laser Cartridges; Galvanometer Scanners, Accousto-Optic Q Switches etc. are
imported from Global Leaders in their Specialized Fields.
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findings, outlining the machine used for the particular process, the optimum power and speed settings
and the time it took to accomplish the final result.
This feature is very useful to those who are requested to take on a specific job by their customer. The
material may be unfamiliar or even dangerous to work with, the customer may have many questions
as to how to achieve success or whether the material can even be used in conjunction with
a laser beam. Sometimes the Customer may need to run a short/medium batch for approvals before
finalizing the Equipment Purchase Decision.
The Applications Lab is another helpful feature that defines Rita Laser Marking Systems as the
industry leader when it comes to laser technology. It is proposed to expand this concept to various
other locations in India & Overseas.
LASER
APPLICATION
S
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LASER
ACCESSORIE
S
FLASH LAMPS
A wide variety of Krypton Arc Lamps are
available.
SAFETY EYEWEAR
Safety Eyewear for both Nd:YAG & CO 2
Laser Wavelengths, in Various Styles and in
Prescription Lenses
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LASER SAFETY WARNINGS AS PER
ANSI Z 316
ORGANISATION STRUCTURE
PRESIDENT (RITA)
(POLY)
VP
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VP
VP
VP Asst. VP
(ENGI) (MATERIAL)
(FIN. & ACC.)
(PER&ADMIN)
Sr. VP
(MKTG.)
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MANAGEMENT HIERARCHY
MANAGING DIRECTOR
PRESIDENT
GENERAL MANAGER
Sr. MANAGER
MANAGER
Dy. MANAGER
Asst. MANAGER
SUPERVISOR
WORKMEN
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HIERARCHY OF PERSONAL DEPARTMENT
HR (VP)
D.G.M.
PERSONAL SECURI
ADMINISTRATION IR TY
Manage Manage
r Manage r
r
mgt.
Officer
Officer Officer
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Manager
Asst.
Asst.Manager Asst.Manager Asst.Manager Manager
Recurt/sel/
T&D app Tick/Hosp Gover/liesce
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OBJECTIVES
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OBJECTIVES OF THE PROJECT
RITA PAD PRINTING SYSTEMS LTD.”So, the basic objectives of the project is as
follows:-
organization.
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· To study the effectiveness of Training and development in the organization.
development.
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TRAINING AND DEVELOPMENT
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The vision is to, “THINK GLOBAL GROW GLOBAL”
Training is the process of increasing the knowledge and skills for doing a particular
job. It is organized procedure by which people learn knowledge and skill for a definite
purpose. The purpose of training is basically to bridge the gap between jobs basically
to bridge the gap between job requirement and present competence of an employee.
Training is closely related with the education and development.
The IRSL provides the training session to the every level of employee in the
organization. It begins from manager level to the worker level.
Even the new fresher including Management trainee (MT’s) and General engineering
trainee (GET’s) gets the training.
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TRAINING PROGRAME
The training program is given at RITA PAD PRINTING SYSTEMS LTD. at every month
according to the training calendar is being schedule. The induction program at RITA PAD
PRINTING SYSTEMS LTD. is normally of 6 month. It is designed as per the departmental
requirements.
In the beginning of this program, the employee is required to fill a particular form.
This form contains his basic information. The induction program for the employee is
designed after studying this form, taking into consideration his background, areas of
interests, weaknesses, strengths etc.
Normally, Butibori is the only centre for induction at RITA PAD PRINTING SYSTEMS
LTD. Employees from different place are trained at Butibori plant. To begin with the
induction the very first thing is to develop amongst these employees, a feeling of
togetherness. For this, these employees are given classroom training for about a
month. Various departments come to the class room to deliver lecture. During these
classrooms training the employees get familiar & friendly with each other. To
strengthen the feeling of togetherness &develop a sense of belonging groups are
formed in the classroom. These groups are given various tasks and intergroup
competitions are conducted. Thus they are kept busy all the time.
In the evening these employees are taken for plant visits. Outing is also planned to
frame people in the area. During this one month training examinations business
games, presentations are taken after this 1 month.
Here the GET’s and MT’s are taken to different units. In this training they learn the
setup of the company. Until this rotational training the placements of the candidates
are not disclosed. Placements are decided on completion of the rotational training. At
placement branch again the candidate is sent to different department. This may take 2-
4 months. Then they are back to their respective departments. No leaves are allowed
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during the 6 months of induction period. After the completion of induction period a
week’s leave is permitted before joining.
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The difference between the induction of GET’s and MT’s is that the MT’s have to go
deeper into the management part than the technical part.
At the end of the induction a report and feedback s has to be submitted by the
employee.
Induction of the GM and above level includes only the visit to different department
people. Induction program for workers is restricted to his department & place at work.
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FLOWCHART OF TRAINING PROCEDURE
F
il
Employ-ee Identify employees for training e
tanning Program
record
Program schedule
Training calendar
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A
Send nomination
Nomination letter
F
il
e
Organize training program
s
Collect feedback assess competency
Prog. Feedback
from Mgt. and
above
F
il
File e
training Mgt.
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File
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Follow up action on feedback
Follow up action
File
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BEHAVIOURAL TRAINING IN RITA PAD PRINTING SYSTEMS LTD.
Planning and Organising Training programmes :- The HRD will make plan for
training programme based on needs of the firm. This may include training related to
product image, process change, fire and safety, environmental change, etc.
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RESEARCH METHODOLOGY
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RESEARCH METHODOLOGY
Research in common parlance refers to the search for knowledge. It can be also
defined as a scientific and systematic search for pertinent information on specific
topic. Infact, search is an art of scientific investigation. In simple terms, research
means, ‘ a careful investigation or enquiry especially through search for new facts in
any branch of knowledge.’
Identification of problem
Research objective
Sources of data
Data collection
Sample
Sample Size
Data interpretation
Data analysis
Conclusion
Recommendation
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RESEARCH DESIGN
Research design can be thought of as the structure of research. It is the glue that holds
all the elements in a research project together. Research design is a vital part of the
research study. It is the logical and systematic planning and directing of piece of
research. It is the master plan and blue print of the entire study.
SOURCES OF DATA
PRIMARY DATA:-
· Interview.
· Observation.
[ Questionnaires ].
SECONDRAY DATA:-
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· Books.
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SAMPLES
We always have to work with a sample of subjects rather than the full population. But
people are interested in the population, not the sample. To generalize from the sample
to the population, the sample has to be representative of the population. The safest
way to ensure that it is the representative is to use a Random selection procedure.
In the random sampling method, all items have some chance of selection that can be
calculated. Random sampling technique ensures that bias is not introduced regarding
who is included in the survey.
SAMPLE SIZE
The sample size taken is 20 employees from the Human Resource Department of
RITA PAD PRINTING SYSTEMS LTD.
DATA COLLECTION
69
DATA ANALYSIS /
INTERPRETATION
70
DATA ANALYSIS AND DATA
INTERPRETATION
Q 1. Your organization considers training as a part of organizational strategy. Do
No of Strongly Somewhat
agree Agree Disagree
employees agree
20 08 10 01 01
According to the above data, it is clear that out of 100% employees of RITA PAD LTD.:
71
Q.2 To whom training is given more in your organization?
72
Q.3 What are the barriers to training and development in your firm?
o o Non
No f Time Lack f Money availability
employee skille
s interest of d
train
er
20 07 08 03 02
73
Q.4 What mode of training method is used in your firm?
o Job Conference/
No f relation Discussion External Programmed
employe
es training instruction
20 06 08 03 03
74
Q.5 “ Training and development sessions conducted in your firm are useful.”
o Strongly
No f agree Agree Disagree Somewhat
employee
s Agree
20 05 13 01 01
75
Q.6 How long does it take to implement the trained process?
o
No f Less than one 1-2 months 2-4 months More than 4
employee
s month months.
20 05 12 03 00
76
Q.7 How well the workplace of the training is physically organised?
o
No f Excellent Good Bad Average
employee
s
20 13 O5 01 01
77
Q.8 What are the conditions that have to be improved during training sessions?
o Re-design
No f the Remove Re organise Up grade the
emlpoyee the work
s workplace interference place information
20 11 03 02 04
78
Q.9 What are the general complaints about training sessions?
20% of employees have a complaint of too many gaps between the sessions.
79
80
LEARNINGS DURING SIP
81
Selection of the Project
I am a student of MBA (2nd year) 3rd sem and have taken Human Resource
Management as my specialization subject.
While doing Summer Internship in RITA PAD PRINTING SYSTEMS LTD. I studied the
HR activities and functions carried out in RITA during my SIP training &
development came up as a topic of interest while it is not easy to understand all the
parameters it is still required by all the Organizations.
Training is a learning process that involves the acquisition of knowledge, sharpening
of skills, concepts, rules, or changing of attitudes and behaviours to enhance the
performance of employees.
How training & development is an antecedent of job involvement and what should
company do to make the company to improve employees performance.
82
CONCLUSIONS
83
CONCLUSIONS
On the basis of the analysis made, the following conclusions are drawn:
work place.
· Maximum employees said that they get help whenever they require.
· Employees are satisfied with the training and development programmes given
to them.
· After attending the training programme most of the workers find their attitude
· Employees felt the time wastage during training session. But trainees were
satisfied with activities conducted during training program because it was
related to their job.
84
RECOMMENDATION
85
RECOMMENDATIONS AND SUGGESTIONS
· The company should adopt some other ways for nominating the trainees like
intervals.
· The duration of training program should be less and details should be precise
and accurate.
86
BIBLIOGRAPHY
87
BIBLIOGRAPHY
BOOKS REFERRED:
WEBSITES:
www.goggle.com
www.wikipedia.org
www.ritapad.com
88
ANNEXURE
89
ANNEXURE
QUESTIONNAIRE
PERSONAL DETAILS:
AGE: 18
GENDER:
MALE
Strongly agree
Agree
Disagree
Somewhat agree
New staff
Junior staff
Senior staff
Based on requirement
90
Q.3 What are the barriers to training and development in your organisation?
Time
Lack of interest
Money
Job relation
Conference/Discussion
External training
Programmed instruction
Useful.”
Q.5 “ Training and Development sessions conducted in your firm are Do
you agree with this statement?
Strongly agree
Agree
Disagree
Somewhat agree
1-2 months
2-4 months
91
More than 4 months
92
Q.7 How well the work place of training is organised?
Q.8 . What are the conditions that have to be improved during training
sessions?
Remove interference
93
94
95