Internship Project at Nahar

ACKNOWLDGEMENT

I sincerely thank GOD for helping me at every step of my project. Whenever i felt confused

in my project, GOD showed me the way and lightened my path and thus i encouraged to do

and complete my project efficiently.

Firstly, I thank Mr. J.L Oswal chairman of the Nahar group of companies who allowed me to

enter the factory .Would also like to thank Mr.Anil Sharma(HR Head) who introduced me to

everyone in the factory. He is a very cooperative person and his cooperative attitude helped

me to complete my project in a very efficient way.

I would also like to thank my mentor during the internship period Mr. Vaibhav Bagga the

production merchandiser of the factory, He made our concepts clear. My also deep gratitude

towards the other staff of the factory for co-operating with me.

I also wish to thank all the department managers and other members of staff who spared

their time, exhibited infinite patience and stocisicm and lent us a technical support about

their respective fields.

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Format for the Certification

This is to certify that this Internship Project is a bonafide work of Shreya bahl (Registration No. APM ) in Partial Fulfillment of three year diploma course in merchandising.

(Name of the Mentor) (Name of the Course Leader)

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INDEX

Chapter 1 Introduction to NAHAR:

introduction objectives layout of NAHAR industrial layout departments in NAHAR hierarchical structure material management in NAHAR

Chapter 2 State of art machinery

Chapter 3 Merchandising department

sampling merchandiser production merchandiser

Chapter 4 Fabric department

about Dhandhari unit knitting list of knitting machines Fabric checking and testing

Chapter 5 Cutting department

Marker making and grading

Cutting

Chapter 6 Sewing department

workflow list of machines at nahar

Chapter 7 Finishing department

checking and mending

finishing and pressing

Chapter 8 Packing and labeling

Chapter 9 Conclusions and suggestions

Chapter 8 Project work on time study

Index for tables:

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Table I.1 Time and action plan 30

Table I.2 Circular knitting machines at Dhandhari 33-35

Table I.3 Recieval of fabric 40

Table I.4 Cutting status report 46

Table I.5 Bundle card 47

Table I.6 List of sewing machine types 53

Table I.7 Types of spots and chemicals to remove them 55

Table I.8 Types of visual defects 58

Table I.9 Trims and accessories sheet 61

Table I.11 fatigue allowances 55

Table I.12 system of rating 58-59

Table I.13 rating the workers 61

Table I.14 Time study 69

TableI.15 Calculations 71

table I.16 Actual breakdown 72

table I.17; Alterations in work content 73-74

table I.18; Performance level of workers 78

TableI.19 Changes in breakdown 79

table I.20 Initial balancing 81

TableI.21 Skill inventory matrix 82

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Index for flow charts:

Sr# Name of flow chart Page#

1 Process of sampling merchandising

2 Work flow of production merchandiser

3 General work flow of production

4. Workflow of mock neck half zipped sweat shirt

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INTRODUCTION

The Internship Project was undertaken by me at Nahar, 373 Industrial Area A and 473

Industrial Area A. However, in mere completion of my internship project I had also worked

at the Dyeing Unit of nahar at Dhandhari.

At Nahar, my project was of 2 months, studying all the phases of merchandising as well as

merchandiser’s work. At Nahar, I learnt sampling merchandising at the head office, 373

Industrial Area A, for 1 week under which I learnt the full process of sampling and the

significance and procedure of sales men sampling, during which I studied the P.D.M and

learnt how to produce a garment according to the PDM taking in care the specifications. At

Nahar I saw all the steps which are included in the sending of salesmen sample and what

measures should be taken to produce such a sample which is as per the requirement of the

buyer, so that the order gets approved. Goodwill in the eyes of buyer is the aim they want to

achieve at Nahar.

In the next weeks I worked under the production merchandiser under whom I learnt all the

roles and responsibilities. At Nahar as soon as the order gets confirmed, the sample

merchandiser at “Nahar” head department hands over the purchase order along with the

production file to the production merchandiser at Nahar Pearl unit where all the production

takes place. From receiving the purchase order, getting the production file and approved

sample from sample merchandiser, ordering the fabric and trims for production, getting the

required sample like 1st of bulk, trims and accessories strike off, pre production sample and

add samples approval to putting the order in production and getting it dispatched in time well

in time.

At Nahar, I also learnt the various hindrances that can occur in the work of a merchandiser.

In my last week, I took a visit at the Dhandhari dyeing unit of nahar, where I saw all the

processing of fabric, from knitting to washing and dyeing. At nahar, the machinery used was

highly technical and new. For movement the required trolleys were being used. At Dhandhari

unit, to send the goods from one sub unit to another was being done through mini trucks,

mechanically driven trolleys etc.

At Dhandhari unit the highly technical knitting machinery was also available from simple

flat machine to power flat and circular machine, fully automatic and manual and also auto

striper.

At Nahar, the production floor is well equipped with different garment construction

machines, e.g. SNLS, overlock, Flatlock and other special purpose machinery. The machines

are of JUKI, SINGER. There are total 5 production halls at Pearl Unit, and 2 production halls

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each at head office and building opposite to that. The work of each brand is done in different

production halls. The fusing machines are present within the production hall only which are

used to fuse the moon patch, fuse the placket and top print the HT labels.

The halls being very spacious and big, the checking area is also made within the hall in many

of the halls where there is no division for the same. The garments are checked for stains,

4holes and other defects in specific lights, in a company like Nahar.

The finishing rooms are made separately because in the finishing hall the steam press is also

to be done which creates a lot of humidity in the hall.

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OBJECTIVES:1.) Study of all the departments and their process flow in NAHAR.

2.) To analyze my experience with reference to my experiences in the unit by stating my view

points.

3.) To study the procedural flow from product development to final dispatch.

4.) To study the documentation during all the stages from recieval of product development manual to the final dispatch.

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Layout of NAHAR

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Fabric storage roomFloor 1-cutting room and embroidery

roomFloor 2- GAP production and final

checking Floor 3- GAP cutting production and

packing hall

Floor 1- chaps production and all packaging hall for all brands

Floor2- chaps production hallFloor 3- izod production hall

Sampling hall

ent

er

Building 1

Knitting room

Building 2

Building 3

Building 4

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COMPANY PROFILE OF NAHAR

The company was established in 1949 on a small scale with a big vision. The burning desire

to evolve, grow and one-day position itself as a responsible and repute corporate entity play

out its role in improving the people’s quality of life through their products service remained a

driving force. With great spirit enterprise, boundless enthusiasm, grit and determination the

company was able to ass new dimension to their philosophy –“WHERE COMMITMENT

LEADS ACHIEVMENTS FOLLOWS”.

Nahar started its industry with 800 spindles and is now a conglomerate with a wide ranging

portfolio from Spinning, Knitting, Fabrics, Hosiery Garments to Sugar.

The turnover of the group is $ 450 million inclusive of export turnover of $ 115 million. The

markets of the Nahar are spread all over the world. The objective is meeting the buyers

expectations with consistent quality backed by R&D division equipped with latest equipment,

cream of highly qualified technocrats adhering to timely schedules. Nahar has capacity to

produce 40,000 pieces of Garment per day. India’s one of the largest Hosiery/Knitwear

Manufactures and exporters, having prestigious buyers like I-ZOD, OLD NAVY,

GAP,CHAPS, PHILIPS-VAN-HEUSEN etc. In domestic market it holds its own

Hi-Profiled Top rated brands- “MONTE CARLO,” CANTERBURY” and “COTTON

COUNTY” for wide range of garments. It has been recognized as a “2 STAR EXPORT

HOUSE “awarded by govt. of India.

The production facilities have been awarded ISO 9002 / ISO 14002 Certification and

Okotex Certification. Jawaharlal Oswal public charitable trust which runs free dispensaries

in remote areas to fulfill the medical needs of the under privileged and Mohan lal Oswal

memorial hospital, promoted by oswal woolen mills, but run as charitable institution catering

to vast cross section of society.

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DEPARTMENTS IN NAHAR SPINNING MILLS

1. Personnel Deptt.

2. Accounts

3. Purchase

4. Documentation

5. Store

6. Production

7. EDP

But in the Garment Unit of Nahar there are following Departments are :

1. Store

2. Purchase Department

3. Production

4. Packing

5. Inspection

6. Loading

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INDUTRIAL LAYOUT OF THE PEARL UNIT

As I entered the industry, there was a check point of security, where the visitors need to put in

their entries so that it should be cross checked that who all came to the factory, what was

their time of entry and exit. On one side of the gate, there was a card swap system which was

used to count the attendance of the employees, and they need to swap the card at the time of

entry as well as exit. Opposite to the entry gate is the time office which kept the record of the

accounts as well as the attendance. There is provision for dispensary, canteen and crèche in

the industry which shows that the industry has complete compliance and facilities for worker.

As we enter in the organization, there is the designer department where all the designing for

the imports is done. As we move inside the industry, first comes the fabric receiving and

keeping department where all the fabric was received and stored thereafter. Then in the front

of the fabric receiving section there was cutting department where all the fabric was issued

for cutting and was cut. The embroidery section is an extension to the fabric department

however the exit was different.

At Nahar there are 5 production halls, which have been allotted different brands. halls are

equipped with state of art machinery(discussed ahead) with machines like SNLS, Overlock,

Flatlock to produce quality products. The halls are also equipped with fusing machines to

fuse the collar and placket and also with HT machine to save time of material handling.

Almost all styles being made in the industry have Heat transfer label. the cheking area was

also a part of stitching hall itself.

there was a steam press area as steam creates a lot of humidity. The trims and accessories

store were on the top floor of each building however there were small trims counters on each

floor where all the required trims and accessories and threads for all the running styles were

kept. The threads and trims were also kept in boxes at the beginning of each line.

The washrooms for the workers were outside the halls separate for men and women on the

ground floor. Also there were washrooms on the top floor too.

For the administrative staffs there were separate washrooms. There was canteen for the

workers and separate canteen for the staff.

In the company the halls were less divided and there were instead big production halls where

all the work related to production was being done. However we could see that where ever

there was division for the packing and finishing, the glass doors or plastic walls were used.

There were fire extinguishers in each hall and also there were first aid boxes on each wall of

the hall as the halls are very big and many of the workers are working in each hall. To make

the approach to the first aid boxes convenient they were kept each wall. there were fire

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extinguisher and fire alarm in the stair cases also at the exit of each hall. There were separate

entry and exits to each hall and the passage area was spacious so that the trolleys may pass

through easily. there were lifts I each building to move the trolleys and movable bins up and

down easily and also to move the cutting roles and bundles up.

In the production hall at the unit at 327 Industrial Area A, the switch track system was used.

In this system, It is a synchronic type of system in which the transfer was overhead that is

trough the track. The main garment part i.e. the body was hanged on the bigger clip and the

other parts on the small clips.

The output of each worker in this is calculated at the end of the line, on a white board,

whereas in the Pearl unit the assembly and straight line systems were used, or the process

layout was there in the production hall. The output was calculated manually, by feeding in the

SAP system, with the help of which the per day production status report for every 8 hours

was also prepared, which needed to be updated with the merchandiser.

The industry generally makes one type of garment i.e. the sportswear so it hardly needs to

change the layout and shift machines. The grouped system was also employed but very rarely

only if a lot of orders are running and in small orders.

The supervisor for the lines sits on the table at the beginning of the lines, so that he can check

all the lines. Near to him the storage bins were kept where those bundles were dropped that

were complete.

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MATERIAL MANAGEMENT

As the fabric was received from the Dhandhari concern it was moved inside the fabric to the

storage room door in trucks only, and after being weighed and entered, they were moved in

the halls manually.

They were then put in the pallets or racks.

They were moved to the cutting people trough trolleys and movable bins. The ready to cut

fabrics are generally kept on pallets there are separate types of trolleys for different kind of

roles. For the cut part bundles there are separate bin like trolleys enclosed from all sides and

for the rolls there are separate trolleys.

At the Head Office where all the sampling is done, in the fabric storage area, as it is in

basement we can see a slide through which the trolleys are moved in easily.

The head office and the opposite unit of nahar, at 327 Industrial Area A, are attached to each

other through a bridge that goes overhead. The workers can move through the units easily and

quickly and can also move the trolleys.

For the movement of small parts and trims and threads, the small trollies are used shown

below.

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P.1

STATE OF ART MACHINERY

There are various stitching machines present in the industries’ production room along with

some fusing machines and HTL i.e. heat transfer label machines also. the list of these are

given below along with the respective characteristics of each.

a) single needle lock stitch machine:

This sewing machine forms the lock stitch. Some of the features of this machine are:

Speeds of up to 6000 rpm with electronic controls, which reduces the time, required for the

acceleration and deceleration.

Automatic positioning of needle in up and down position;

The automatic clipping of top and bottom threads;

A bar tacking mechanism actuated through the foot pedal or automatically by means of an

electronic seam end sensor.

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P.2

This is a two thread machine, one thread from the bobbin and the other from the needle. The

thread in the bobbin is in upper side and thread in the needle is on the lower side of the fabric.

If the tension in the bobbin thread is more, then there will be bad appearance on the upper

side and vice versa. For single needle lock stitch machine, feeding is when the needle is in the

uppermost position. For double needle machine, feeding is done when the needle comes

down. There is only main feed in this machine.

Different needle numbers is used for different type of garments e.g.

For shirts (cotton), needle no. 11 is used

For synthetic and silky shirts, needle no. 9 is used.

For denim, needle no. 14-16 is used.

Stitches per inch in lock stitch are mainly 8-10 SPI for polyester.

following are mentioned the machine parts with a complete picture the sewing machine

(JUKI DDL-8300N)

There are following different parts of the machine:-

1. Face plate asm

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P.3

2. Face plate gasket

3. Screw

4. Face plate oil shield asm

5. Rubber Plug

6. Rubber Plug

7. Screw

8. Window Plate

9. Gasket

10. Rubber Plug

11. Rubber Plug

12. Needle Thread Guide Pin ASM

13. Thread Guide Rod

14. Thread Guide Disk

15. Thread Guide Disk Spring

16. Hinge Screw

17. Two Eyelet

18. Thread Take Up Lever Cover

19. Screw

20. Screw

21. Arm Thread Guide A

22. Screw

23. Thread Tension ASM

24. Thread Tension Nut

25. Rotation Stopper

26. Thread Tension Spring, A

27. Disk Stopper

28. Thread Tension Disk

29. Thread Tension Post

30. Thread Take Up Spring

31. Thread Tension Post Base

32. Screw

33. Screw

34. Tension Releasing

35. Throat Plate

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36. Screw

37. Arm Thread Guide B

38. Screw

39. Rubber Plug

40. Screw

41. Slide Plate ASM

42. Slide Plate

43. Slide Plate spring

44. Screw

45. Bed Screw Stud

46. Ground Mark

47. Ruler Stop Seat

48. Needle Seal

49. Screw

50. Safety Label

This picture is showing the main feed system of the DDL-8300 N, There are the following

parts are shown in the picture:-

1. Link Thread Take Up Lever ASM

2. Needle Bar Crank H

3. Thread Guide Pin

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P.4

4. Needle Bar

5. Presser Spring

6. Thread Tension ASM

7. Thread Tension Spring

8. Feed Spring Rack

9. Adjust Link Spring

10. Needle Bar Bushing, Lower

11. Needle Bar Thread Guide

12. Inner Hook Presser H

13. Throat Plate (H)

14. Feed Dog (H)

15. Oil Adjusting Pin

16. Lubricating Bobbin ASM

17. Screw

18. Hinged Presser Foot ASM

19. Needle DBX1 #21

b) Over locking

This is a generic name given to the over edge machine used to trim and cover the rough edges

of the fabric in order to present a clean and neat appearance where seam edges are visible.

Over lock machine forms chain stitches but these stitches cannot be opened easily.

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P.4 and P.5

Over lock machines are of two types:

a) 4- thread machine

b) 5- thread machine

4 - Thread machine contains two looper and two needles whereas 5- thread machine consists

of two needles and 3 loopers.

In case of 4- thread machine first lockstitch is made and then over locked by 4- thread

machine. But with the help of 5 – thread, lock stitch is not required

as 1 looper and one needle make the lock stitch and 1 needle and 2 loopers for loop formation

so the thickness of the seam is less and the strength is more. But in 4-thread machine 2

needles and 2 looper are used for loop formation. Upper looper takes the thread from both the

needles and comes back so that the thickness is more.

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Picture: - 5 thread over lock machine.

4-thread machine is used to join the shoulders of shirts whereas 5-thread is to join the sides of

shirts.

Stitches per inch depend upon the type of the garment to be stitched e.g.:

For T-shirts - 6-8 stitches/inch

For woven shirts - 9-10 stitches/inch

For denim - 12-14 stitches/inch

In case of over lock both differential feed and main feed takes place. Main feed means just

simple way of feeding and differential feed is when the two seams like that of side and sleeve

are so joined that equal speed is required for both sides of fabric.

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P.6

Main Parts of the over lock machine:-

1. Upper Looper

2. Lower Looper

3. Needle Plate

4. Feed Dog

5. Upper Knife

6. Lower Knife

7. Needle Guard

8. Needle Bar

9. Needle Holder

10. Thread Take Up Guide

c) Flat lock stitching:

Flat lock machine has the same features as the over lock machine. It is used where there is no

necessity for pressed open seams. The main difference between flat lock and over lock

machine is that over lock machine contains a cutter whereas flat lock machine does not have

a cutter whereas flat lock machine does not have a cutter. Secondly, the stitches of the over

lock cannot be opened up but flat lock stitches can be opened out.

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P.7

Flat lock machine consists of 3 needles, 1 looper and 1 spreader. Without spreader there will

be 3 series of simple stitches formed by 3 needles.

Mainly stitches per inch in case of flat lock machine for denim is 6-9 SPI. There are both

main feed and the deferential feed in case of flat lock machine.

Flat lock machines may be flat bed or cylinder bed. Flat bed is the most widely used type of

machine bed for flat lock machine. The shape of the cylinder bed allows easy rotation of

tubular parts such as cuff. Mainly attachment such as belt attachment, elastic, front bone, etc.

are made on cylinder bed.

Picture; - Folding Machine (Rimoldi, Great Britain Ltd.) with a range of bolt-on attachment

Here I am mentioning the main parts of a flat lock stitching machine;-

1. Needle Bar

2. Needle Plate

3. Feed Dog (Front & Rear)

4. Pressure Foot

5. Looper

6. Looper Guard

7. Needle Holder

8. Needle Guard

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P.8

d) Button hole machine:

A buttonhole is a straight or shaped slit cut through the garment and then sewn around its

edges to prevent fraying or stretching. The variables in buttonhole machine are the form and

size of the buttonhole, the stitch type, the stitch density, whether the stitches radiate from the

center of the eyelet hole; two legs on either side of the straight cut with a bar tacking on both

sides as in shirts.

The choice between the cut before and after machines applies principally to buttonholes in

tailored outwears. The advantage of cut before buttonhole is a neat appearance with thread

covering the raw edges of the hole efficiently. The advantage of cut after button holes is that

the edges of the fabric gives some protection to the thread, the fabric is more stable and

reposition is possible after the machine cycle begins if the defect is detected.

The disadvantages are that once the sewing cycle has begun the position of the buttonhole

can be altered. The main appearance is the finished end of the buttonhole with the cut end of

the fibers protruding between the stitches. This style is mainly used on the denim jackets,

which are laundering before sale to give a worn look.

The type of stitches made by buttonhole machine is:

Whip and Purl

Whip is the stitches on the both sides and Purl is stitch on single side of the buttonhole.

Buttonhole machine consists of single needle and 2 loopers. It is a two thread machine. 1 st

thread comes through the needle and the 2nd comes through one looper. 2nd looper is blind

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P.9

looper and holds the loop formed by 1st looper. It has one cutter. Normally one buttonhole

consists of 105 stitches. Buttonhole of the trouser is one inch in length and that of shirt is ½

inch.

In Nahar, it has 15 machines of button hole from JUKI & BROTHER, JAPAN

e) Button sew machine;

The variables in the button sew machines are the size and shape of the button which

determines the design of the button clamp, the number and the deposition of the holes, the

form of stitching where the button has sewn shank or neck, the stitch type and the number of

stitches. Button may be flat with two holes or four holes or the may have shank at the back.

Mainly the button is sewn with the lockstitch. The advantage of lockstitch is the security but

the disadvantage is an untidy look to the stitching on the other side of the fabric from the

button. A chain stitch button sewer gives a cleaner appearance at the back but less security.

The requirement of the operator is to position the button in the clamp.

Buttons with two holes and four holes can be sewn on the same machine with small

adjustments to the button clamp. The sewing action consists of a series of parallel stitches

whose length is equal to the spacing between centers of the holes. The needle has a vertical

movement only and the button is moved side by side with the bottom clamp.

This machine is a two thread machine. One thread comes from the bobbin and one from reel.

Machine has one looper and one needle. Looper is blind looper. Cutter is also present to cut

the thread when the button is sewn.

In Nahar it has 16 machines of button sew from JUKI & BROTHER JAPAN.

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For one button 7-9 stitches on both sides are made.

Maximum speed is 2700 m/sec.

Time for sewing single button is 1 ½ sec.

Shirt has 7 buttons.

T - Shirt has 2-4 buttons

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P.10

P.11

DESIGN DEPARTMENT.

The design department can be considered as the research and development

department of a clothing factory, because it is in this department that the copies of garments

are developed and prepared for selling and production.

MERCHANDISING DEPARTMENT

Merchandising This is a specific activity, which concerns itself with product development,

overall production strategy and the delivery of merchandise to customers.

Merchandising not only has to adjust rapidly to market variations, but mare importantly to

anticipate these changes. During a boom season there could be a sudden influx of orders, and

the merchandiser would have to allocate production priorities and attempt to wholly or

partially satisfy customers who are crying out for merchandise.

The work of merchandising in an industry like NAHAR SPINNING MILLS is devided into

two parts,

SAMPLING MECHANDISING and PRODUCTION MERCHANDISING.

SAMPLING MERCHANDISER:

During my internship of 6 weeks I undertook an in depth study of both the departments fully

and along with this I undertook the production floor study as well.

The work of sampling merchandising begins with receiving the Product Development manual

of a new style which includes the following details:-

Picture of the garment,

Stitching details of the garment,

Spec sheet including all basic as well as specific measurements of the garment to be stitched,

Details of any trims or labels to be attached,

Type of finishes to be given to the garment of fabrics like- fabric mercerized, yarn

mercerized, garment wash, pigment dye, special washes as stone wash, acid wash, enzyme

wash light bleaching to give washed look to the garment etc.

The package also specifies the details of any embroidery or printing on any part of garment,

Cuttings or swatches of the actual colors in which the garment is to be finished.

*Refer to annexure# 2 for Product Development Manual

The main work for the merchandiser is to study the package in detail so as not to miss out any

of the minutest information relating the garment.

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The following table shows the process of sampling merchandising:

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pattern lab dips submitted close fabric and trims for making sample

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table 1.2.10

SXS/salesmen sample:

Sticker for a salesmen sample is made according to the different countries, the salesmen

sample is to be sent to. Salesmen sample is demanded by the buyer for different retailers,

through which they book the orders for that style. The sizes for the different retailers and

different countries are different. The number of salesmen sample ordered varies form 17-25.

The amount of required salesman sample and the colors in which it is required and quantity

per colour is given in the *requirement sheet (*refer to annexture#3) sent by the buyer.

Salesmen sample is in actual configuration so that the buyer could have an actual look of the

garment and is presentable further.

Generally the sampling period for one style is 3 months but now, the buyers have become

finicky and they want that the sampling should be complete within 45 days only. The industry

cannot exceed the time limit of 3 months for one season as the whole year is divided into 4

seasons of three months each, so by the time the first sampling is over the next starts.

The shrinkage of the fabric is tested at that time only when kitting is being done. The

shrinkage test is conducted for one combo of a style, as in all the colours of that combo; the

same category of yarn is being used. The shrinkage is checked for the first combo only so that

all the combos can be made in required layout and dia. this saves time and money.

The layout is sent for approval in case of any kind of striper and along with that the fabric’s

approval is asked for colour shade, texture, shrinkage, GSM etc. This all is mentioned in

fabric development card, whose three copies are made, 2 of them are sent to the buying office

out of which 1 the buying office checks, the second is forwarded by the buyer to the buying

office and the third is kept with us (*refer to annexure# 4). this card contains details like the

name of vendor, brand name, color combination, wash programmed or unwashed, the fabric

type, the combination, the knit no. the submit round, hand feel, approval deadline, etc.

First of all, all the trims are ordered as they have to be supplied from outside and most of the

times have to be imported from different countries as per the specification of the buyer. The

trims can be bought only from the nominated buyers, which are nominated in much of the

cases. Buyers like chaps, have a chart that provides name of the suppliers against the various

trims, so the same chart could be referred to whenever the trims are to be ordered. These

charts are being updated time to time, and they even tell us the cost of the particular trim

being offered by a particular buyer.

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When the sample merchandiser has got the sample made and is cross checking it, he makes a

sample preparation report, for departmental or organizational use only.(*reffer to

annexture#5). It contains the details like, the name of the merchandiser under whom the

sample is being made, GSM, colour combination, season, description of the garment

programme, type of sample being sent like pp or fit etc. the qty i.e. the number of pieces

made in the combination, the embroidery type, if the garment is a wash programme or

unwashed, the length of zipper if being used or number of buttons if being used, the labels, or

the grovmet sizeany other trims being used, type of collar. After, the sampling merchandiser

has sent the salesmen sample and has thereby received comments for the sample, the order is

finnaled with all the details of the contract.

While the deal is finnaled the following things are talked about:

The time limit to deliver the shipment

the cost of each unit

the mode of payment as well as shipment

and other minutes related to the deal

Then when the deal is finalled, the style sheet with improvements and comments are

received. The sample merchandiser prepares a production file and hands it over to the

production merchandiser along with the breakdown of size and colour for a style and along

with the purchase orders. In case of on style and even its colour, there can be many purchase

orders and one of the reason for this could be that the delivery has tobe sent to more then one

country and the other could be add ons to the order quantity.

34 | P a g e

PRODUCTION MERCHANDISER:

After the style gets approved, the sample merchandiser hands over the po to the production

merchandiser, who further proceeds with the order. The production merchandiser proceeds

with ordering the trims and accessories and the fabric. he is the one who calculates even the

requirement of fabric for an order. he studies the whole order and makes the TNA. He

coordinates between the various department and tries to meet the planned shipment date.

From the date the PO received till the shipment is ex-factory, the whole duty is of the

merchandiser.

Calculating fabric consumption(reffer to fabric department’s consumption paragraph)

pre-production sample(exact configuration with all tags and accessories.sometimes pilot run is also conducted to confirm that if there is any pit-holes in the production process.

.

Bulk cutting and other steps until production

The first step of the production manager is to read the style sheets carefully and then, After

reading the PDM, and carefully studying the purchase order, the merchandiser makes out

how many pieces are to be made and in which combo. the breakdown of each combo and

purchase order is given in the breakdown given by the sampling merchandiser in the

production file. The production manager enters the trims and accessories requirement into the

35 | P a g e

Salesmen sample

Production file, Purchase order(*reefer to annexture#7) and order breakdown(*annexure#8)

booking of the trims and fabric for the order.

1st of bulk and strike off.

Pre-production meeting

register as per the purchase orders separately. Whlie ordering trims and accessories, if the

trims have to be sourced from outside the country then the trims are ordered in bulk so that

there is no delay in recieval of trims as it may lead to delay in shipment. generally the source

from where the trims have to be sourced from is suggested by the buyer. When the trims are

being ordered they are ordered 5% extra. The format of the trims register where the quantity

ordered and recieval and balance of receipt is noted is as follows:

Style no.

Purchase order no. Delivery Date:

Total qty.

Item Size Required qty. Received qty. Date of

receiving

Issue date

And signature

Button

BT 12387

18 ligne 455 gross 455 \gross 13june 2010 16june 2010

all the accessories like the main label, the price ticket, the joker label, the wash care label, the

size label, the poly bags, the hangers (if garment hang programme) etc are ordered 5% extra.

After entering them in the registered they are then calculated and ordered for, to the supplier.

The trims and accessories are ordered in full quantity and sometimes in small quantities first.

full quantities are generally ordered in case the accessories are to be received from outside

the country as there is no cancelling of the order now and no possible changes in the

accessories as well and because the recieval of accessories from outside the country would

rake much time so no risk is taken, as if the accessories are not in house within time this may

lead to delay in production and as a result may also lead in delay of shipment dispatch in

some cases.

When the trims are ordered a Performa invoice is received from the supplier which contains

the description of quantity and the per unit price + the total price. Mostly dealing is done in

US$.

The Performa invoice number and the price is then noted against each trim for cross

verification.

Before all the pre production samples are made the comments are received already on the

first of bulk.

first the first of bulk sample is made, in actual fabric, flat knit, i.e. the actual fabric/ rib for

collar and placket, with the correct embroidery, if any. it is not to be made full, it is just the

36 | P a g e

mock. First of bulk made for embroidery approval, layout approval, colour approval, collar

flat knit, neck tape approval, not necessary to make the placket as it is of the same fabric of

body

for the actual look the TOP samples are made, after we have received comments on the pp

sample.

The TOP sample is like an exampler of how actually the final garment would look like. It is

made taking care of all the minutes and with all the tags as well as all the labels. It is made in

3 pieces, one for the industry itself, one for the buying house and one for the buyer. It is well

packed and is insured to have no problems like staining, knitting problems, cuts or any wrong

detail or label. It is also used by the buyer to show to the retailers and the buyer may ask for

add on samples for trade affairs, like to be shown to retailers or to be displayed at the

showrooms.

Before starting with the bulk production the bulk sample and pp sample are sent for approval.

like, the order is confirmed on 15/6/2010, one will order but little like 10kgonly for sample.

not full. on 27/6 we will send FOB and wait for comments, however within that time we

don’t proceed with bulk fabric but will order the trims because there would be no change in

the trims. then proceeding to PP sample next day after the FOB comments have been

received:- 26june, received FOB comments, 27:- PP ready to be sent. For making our PP we

have prehand ordered the trims in small quantities. now after that we have received the

comments on PP by 6th june. then we send the TOP. TOP is the first sample from the lot. We

are left with 19 days out of which 2 days before only we have to keep as margin to make the

shipment reach the port. 2 days we need for inspection as well. so, atleast by 15 our shipment

should be ex-factory. But we have received the PP comments on 6 th of june. So, from 7th to

15th we have to do everything.

FOB OUT

FOB COMMENT

PP SAMPLE

PP SAM. COMMENT

TOP SAMPLE OUT

ORDERStart end

Stitching Finishing Packing & inspection

Ex factory

16/5 26/5 27/5 6/6 7/6 8/6 9/6 10/6 11/6 11/6 11/6 12/6 14/6 15/6

Table# I.1; time and action planTrims and accessories are ordered while we are waiting for the FOB comments. In case there

is any delay in the shipment even for one day, the company has to face bad consequences.

The shipment then has to be sent by air instead of ship and the buyer is so finicky in his

37 | P a g e

terms. The air freight is almost 4 times than the shipment cost and unlike the earlier terms.

now the manufacturer has to bear the shipment charges by air.

In a merchandiser’s language there are total 4 seasons. these are spring(11),

summer(12), holiday(13) and fall(14) i.e. the industry gets orders for these four seasone

and produces them. the total time for sampling and production is 3 months. most of the

brands like chaps and Benetton deal in this way.

38 | P a g e

FABRIC DEPARTMENT:

During sampling, and production the yarn is ordered for knitting so as to knit the fabric which

is required, in the required quantity. the fabric is always ordered 5% extra then the originally

required.

The knitting is of fabric is done in the sister concern of nahar itself, which is situated at

Dhandhari, Ludhiana.

About the Dhandhari unit:

At dhandhari unit both circular as well as flat machines are present and the variations in them

are also there. In circular machines the variations present are

single jersey machine, Double jersey machine,Lycra rib machine, auto striper single jersey

machine, auto striper double jersey machine, fully jacquard machine.

Circular Single jersey machine:-

It is a basic mechanical machine which has 120 feeders and could knit a fabric of 30 dia and

24 gauge.

Except for single jersey tha other fabric that could be made are- pique, honeycomb, terry, and

fleece. For making fleece fabric, poly cotton is used at the back and for making terry cotton is

used at the back.

Except for this mechanical single jersey machine the other single jersey machine is also

present which is of old mechanism. It has 90 feeders, the dia of the fabric it produces is less

and its output is also less as compared to that fabric which is made in the fully atomized new

type of circular machine.

Double jersey machine:-

There is loop formation on both sides that is knitting is done on both front as well as back.

There are different machines present in the same category which makes fabric of Dia 24”,

16” 20” and 34”. It has 60 feeders, gauge 18.

The different fabrics that are made in this machine are shepherd rib, French rib, interlock, and

waffle. At one time it can give a production of upto 20kgs.

For making double jersey, slub yarn is used in the front and normal yarn is used at the back.

Lycra Rib machine:-

It is also known as all needle knit machine, because all the needles knit in this machine. it is

used in making 1*1 rib or 2*2 rib etc. In this machine both cylinder and dial work at one

point.

Pique machine:-

39 | P a g e

In this the pique fabric is made. at nahar I saw that in this machine the striper was being

made. This machine is same as single jersey.

Auto striper machine:-

single jersey machine type: It has 48 feeders always. it makes the fabric of dia 30”. It can

make maximum 5 colored striper at one time. we can make any kind of striper on this

machine. The cones which contain the yarn are placed in such a manner on the pole in which

the striper is to be made. In auto striper the cutting line is already there.

Double jersey machine: It is available in dia 20 24 and 18. Cylinder could make 2 shades and

dial 1.

Fully automatic jacquard machine:- In this machine the mercerized yarn is used only. It is

also known as power flat machine. we can make fabric for garment body, tape, rib, cuff,

collar etc.

There are 30 power flat machine at Dhandhari unit and there are 20 mechanical flat machine.

Also there are 30-35 power flat machines present at Pearl unit in one hall.

At Dhandhari unit there are 100 circular machines installed.

DIFFERENT MACHINES AT THE KNITTING DEPARTMENT:

DHANDHARI UNIT, NAHAR

MODEL DIA GAUGE

TYPE OF

MACHINE

MACHINE

COMPANY

OVJ 24 30 18 Interlock drum

jacquard

Mayer

Germany

H.3.F.F 30 20 Fleece Camber

England

Fleece 30 20 Fleece Camber

England


England


England


England

40 | P a g e


England


England


England


England


England

MLBF 30 20 Fleece Mayer

Germany

FSB 3XSK 30 24 Sinker Falmac

Singapore

FSB 3XSK 30 24 Sinker Falmac

Singapore

FD-3XDK 30 24 Inter lock Falmac

Singapore

FD-3XDK 30 24 Inter lock Falmac

Singapore

LYK/60SP 30 20 Polar Juinniong

Taiwan


Taiwan


Taiwan

13P154 30 16 Interlock Laxhmi Terrot

S296 26 24 Sinker Laxhmi Terrot

13P154 30 16 Rib Laxhmi Terrot

KM3SV 30 20 Shearing Keumyong

Korea


Korea

41 | P a g e


13P154 30 16 Interlock Laxshmi Terrot

S296 30 24 Sinker Laxhmi Terrot

VXC3.S 30 24 Sinker Fukuhara Japan




Korea

S4F 248 30 20 Sinker Auto

Striper

Terrot Germany

S4F 248 30 20 Sinker Auto

Striper

Terrot Germany

KDMJ 30 20 Interlock Mini

Jacquard

Keumyong

Korea

KDMJ 30 20 Interlock Mini

Jacquard

Keumyong

Korea

VXRXY 30 20 Sinker auto

striper

Fukhuhara

Japan


England


England

MBF 30 20 Fleece Mayer

Germany

TABLE I.2; KNITTING CIRCULAR MACHINES

42 | P a g e

There is a particular method for ordering the yarn in case of striper of any type, engineered, feeder or auto. This calculation is the work of merchandiser himself. the requirement of fabric is placed separately for sampling and production merchandise in NAHAR. Once the sampling is over and the order is final and production file is handled over, which contails the PDM, Purchase Orders, a swatch of the different combinations to be made along with the flat knit and the copy samples sent as well for the reference of the production merchandiser. depend upon the repeat.

Calculation of yarn requirement:

Composition:

Total: 4cm,

White: 3cm 75%

Grey: 0.6cm 15%

Blue: 0.4cm 10%

Now if garment weight is 540gms, then the yarn according to 580 gms is ordered, 5% is kept

extra and also 5% is ordered for the cuffs and the placket and other parts.

So, order for one unit would be as follows:

White= 75%of 540

Blue: 15% of 540

Grey: 10% of 540

And their quantity for one unit would be multiplied by number of units in total.

Fig no: 1

43 | P a g e

1 repeat

The gauge of the fabric depends upon the thickness of the yarn and also the GSM. The

heavier the GSM, the thicker the yarn, lesser the number of needles so lesser the gauge. As

number of yarns per inch would be less.

Calculation of Fabric requirement:

After the order has been finalled by the buyer and the purchse order is received, we know the

quantity to be produced and after the production merchandiser gets the producton file he

carries forward the work with calculation of trims and accessories and fabric requirement.

the fabric requirement is calculated with the following method:

first measure the GSM of the fabric e.g the GSM is 28.8

now, if we take 1m length and 1 m breadth of that fabric, then the fabric we will get is

28.8 X 10= 288gms fabric.

we can take out one garment piece from this 288gms. now if we want to make 100 pieces, we

require 28800gms of fabric, i.e. 28.8 kg fabric.

28.8kg= 100pieces

1kg=3pieces

We have to include the wastage also, and the wastage would be 4%

approximately, 30kg fabric would be required

but in 1 kg we can take out 3 pieces so, in 30 kgs we will take out 90 pieces so in total, we

require 33kgs of fabric including the wastage.

While measuring the diameter, we will exclude the raw sides.

44 | P a g e

Knitting:After the FABRIC requirement is calculated as discussed above in figure no: 1, the same requirement is placed at the knitting unit of NAHAR at dhandhari, i.e. its sister concern and a swatch of the fabric is sent along so as to have the actual idea of which fabric is required.At dhandhari there are flat knit as well as circular knit machines that are fully automatic however there are some semi automatic knit machines as well. About them i will study in detail further in the next chapters.The dying also takes place there only and so does the printing. after knitting when the fabric is ready to be cut, it is sent to the NAHAR’S PRODUCTION UNIT by truck with a challan which describes the following things:lot# and brand, fabric type, no of rolls, weight, shade.(Refer to annexure #9)

Offloading is done manually thorough the truck and is moved in with the help of trolleys and bins.

offloading from truck

Movement through bins and trolleysACTUAL VIEW

45 | P a g e

P.12

P.13 P.14

(improving working conditions and productivity in the garment industry; Juan Carlos Hiba; copyrite1990 labour association; page;19,21)

Matching the height of the vehicle bed to that of the loading bay prevents

accident and unnecessary physical effort..

A low lift pallet trolley is reliable safe and easy to operate for carrying heavy

loads a short distance with minimum elevation.

(improving working conditions and productivity in the garment industry; Juan Carlos Hiba; copyrite1990 labour association;

page;19)

Heavy and bulky rolls of cloth can easy be handled and carried using one long

rigid bar and a multipurpose trolley. Alternatively, one can use two shorter

wooden bars inserting one in each end of the roll.

The correct technique for lifting heavy rolls from a platform. The higher the level of roll above the floor the less energy is required

In the factory the off loading was not being done on a lifted floor bed, but the grond floor was

much below as we can see in picture numb. 1. During movment of the rolls the wooden bars

were not inserted in the rolls so the movement due to the above two reasons required more

manual energy to be employed.

46 | P a g e

2 2.a

P.15 P.16

P.17

During the movement of the fabric rolls inside the fabric storage room, each roll being

weighed on the weighing machine.

weighing scale and weghing metre.

yjrn after weighing them, they are noted on the register.

Information feeded to the register:- The fabric roll number is noted down, The style

number for which the roll is to be used, The buyer name also and the weight of each

roll #wise and then the same information is noted on the register.

The whole system of challan and registering is according to ISO(9002)

example:

IZOD 10 ROLLS

MIDNIGHT

STYLE 1234

#8455 10KG

#8456 10.3KG

#8457 11KG

#8458 11.2KG

#8459 12KG

Table I.3 recieval of fabricA swatch of the same has to be attached to the page on which all the details of the roll

are written. The fabric of the same knit and GSM for example a same PK fabric of

white colour is received for 2 different brands like GAP or IZOD, is stored with the

47 | P a g e

P.18 P.19

ticket containing brand name for the specific rolls so that there is no mixing of the

lots. In the fabric recieving department the ticket is attatched on which following

information is mentioned so that there is no problem in fabric tracking.

the fabric is stored on racks in the hall opposite to the cutting and storage hall where

the fabric is received however earlier it was stored there only.But now in this room

only the surplus fabric is kept at the back or in the front only the ready to cut fabric is

kept.

48 | P a g e

FABRIC CHECKING AND TESTING:

The fabric here in NAHAR is tested for shrinkage and G.S.M to verify that the received

fabric is as per the details mentioned in the purchase order.

3 fabric cards are maintained (*refer to annexure# 10 for fabric card). One fabric card

is sent to the buyer, one to the supervisor of fabric department and one is kept filed within

the department. This is done so that the factory has a record of what all fabric has been

sent for approval and what were the details which were filed.

The fabric swatches are attached to the fabric card, the wash sample is attached to the

card and the G.S.M swatch is also attached to it and one swatch of original fabric is

attached to it. The original fabric shows reference to actual colour, GSM and DIA etc

required.

Shrinkage test is conducted to check the fabric, if according to the need or not. For this a

swatch of 50*50CM OR 25*25CM of the fabric is cut and the pattern of its dimensions is

made by marking boundry. then the fabric swatch is washed at 35-40 deg. or 38-41deg.

for 25-30 minutes. then squeezing is done inside the machine only and tumbled dry at 65-

70deg. for thick as well as thin fabric. the fabric is then cooled and relaxed and then the

swatch is again measured. Then it is checked if the fabric is within the tolerance level of

shrinkage. Method of calculating shrinkage =1X100/ original measurement.

original measurement could either be 25 or 50cm each side.

The shrinkage is also noted on the watch card. The fabric card contains all the details

regarding the GSM of the fabric, the DIA, the shrinkage and if the GSM is between

tolerances of -10 to +10 then it is accepted or else rejected.

There are many other tests which are conducted to check either garment or fabric; these

are:

1. Spectra light or digi light

2. Rubber fastness with crockmeter.

3. Dry cleaning and laundrometer- in both the tests the fabric is covered with cotton

on one side and wool on the other.

4. colour fastness to washing in non aric solution(lisapole) and for commercial use it

is washed in surf excel or lux soap.

5. wicking test: in this fabric swatch is put in the water beaker. Cut two pieces

vertically and horizontal. Clamp them to the rope and immerse upto 1cm from

bottom in water and keep for 20 minutes. If fabric starts getting wet above 1cm

this means fabric is pass and if travels upto 12cm the it is fail.

49 | P a g e

6. torking and skewing test: measure side to side vertically and horizontally below

armhole and then shrug for 3-4 times. The change is then seen and points are

given according to the change is measurement.

(improving working conditions and productivity in the garment industry; Juan Carlos Hiba; copyrite1990 labour association;

page;19)

Workers should be discouraged from working on the floor. Stable work tables and stools

should be provided.

50 | P a g e

5

P.20

MARKER MAKING AND GRADING:

Marker making in the industry in both manual method and through CAD system. The markers are made in another sister concern of the industry 373 Industrial Area A.The company has the pattern on hard board filed with it. These filed patterns are of the brands it generally caters to and get the orders repeatedly on that type of fit.There are separate patterns for separate brands. The company makes generally stripers and solid colors so the markers and planned accordingly. also, while sending the first of bulk sample, the patterns are sent along to the buyer for the pattern approval also.Markers are of two types Open and closed marker

Grading is done with the help of CAD system.

After the patterns are made and the marker is made, the next step is of cutting.but, in th industry it was observed that most of patterns which were being used, were thf iled patterns, also during my course of internship the machine had some problem and due to non availability of professional, it couldn’t be used so this shows, the wastage of equipments.however, the marker planning for cutting was very well, and there was least wastage, untill and unless it was a cut and sew garment.In the industry, there were a lot of striper programmes in Chaps, and there were many engeeniered stripes in IZOD, so marker planning was done for them also. The striper fabric is however never cut in bulk, as the back and front stripe may slip.

51 | P a g e

CUTTING DEPARTMENT:

After checking the fabric for all parameters and after the marker planning is complete and

approval is received on first of bulk, the fabric is sent for cutting to the cutting department.

The styles which are being cut in the hall are mentioned on the board along with the other

details. The format is as follows:

Fr.no Brand name Style# Colour shade Qty.

122 Chaps 141003 Nautical Navy 19,00

111 IZOD HO-1456 Kiwi 350

143 GAP HO-4321 Midnight sky 4500

Table I.4 Cutting Status chartThe tubular fabric is first cut from the sides in case it is a plaid fabric because the stripers

may not match form side to side.

the striper fabric is cut as one ply and not is bulk because their cutting is careful.

On the patterns say for stripers mainly the cutting of the fabric is also pasted which define the

direction of line and which assure the matching of the stripers on sleeve and bodice.

52 | P a g e

P.21

P.22 and P.23

The fabric board containing swatches of all the combos is hanged on the pillar next to the

tables. This gives reference to how many combos and what all combos have to be cut and

what is direction to lay their stripers.

The plain fabric is cut as many plies.

The spreading of the fabric role is the most crucial in this room.

The patterns are kept as closed patterns in case of plain fabrics.

The patterns are placed at maximum convenience to the cutters that are very next to the

cutting tables.

ACTUAL VIEW

When bundles are being made then at that time each sub component is matched together:

Arm with armhole, and the repeat also needs to be matched at sleeve as well

53 | P a g e

6.c

7

P.24

P.25

P.26

Matching the sides of back and front together.

Moon patch with back neck

With the bundles the bundle card has to be attached as well. the bundle card contains the following details i.e.

Bundle #Size Pieces Style Colour Purchase order#Operator#Band knife#

Table I.5; Bundle card

GENERAL VIEW

(improving working conditions and productivity in the garment industry; Juan Carlos Hiba; copyrite1990 labour

association; page;43)

The cutting is done with hand sheers, band knife and vertical straight knifes. For the styles

being made right now vertical straight knife and hand sheers were being used.

Vertical straight knife:- It is known as the work-horse of every unit. This consists of a

vertically up and down moving blade, a handle to hold the device, a motor to drive it.

Hand sheers:- This is the most widely used cutting equipment. It can cut 1 to two plies at one

time. It can cut any type of fabric.there two types of hand sheers availablein the market. Left

haded shares are also used because with right handed sheers the lines cannot be seen well by

a left handed person.the upper blade distorts the fabric and lower cuts it from within.

54 | P a g e

8

P.27

For cutting of initial block & rough cutting company has machines from Eastman, India and

for final cutting; company has machines from Westema, Germany.

In cutting room there are of machines used portable and stationary, these are;

1. Straight knife, manufacture by Eastman (India). In this machine the size of the knife

is 6 inch & 8 inches

2. Band knife, manufacture by Westema (Germany).

3. Servo cutter of Eastman also.

(a),(b) and (c) most electric or pressurised air operated cutting machine have

appropriate guards. It is however wise to olways wear a protective glove. This chain

mail(metal mesh) glove allow safe operation when cutting small garment parts.

After cutting the cut parts are tied in bundles with all garment parts together and sent to the sewing department in trolleys. Along with the bundles a bundle card is also attached which gives the information about the size in the bundle, the style number of the same, and the cutter name or number for the bundle. the cutter name is mentioned because if there is any problem in cutting that particular person could be held responsible.

55 | P a g e

9 9.a

P.28 and P.29

PRODUCTION DEPARTMENT

In an industry the production manager is responsible for all activities within the factory,

which include:

Output of the factory

Garment quality

Working methods and technology

Materials and trim purchasing

Labor recruitment and training

No reworks and fuller utilization of time

The production manager is involved in the day-to-day administrative work required to keep

the factory running. Overheads have to be kept to the absolute minimum and specialized

services are provided by external agencies such as sewing machine mechanics, general

maintenance services and accountants to increase productivity.

In the making of a garment the following steps are involved, once the style has crossed all the stages of sampling and approvals:

After the TOP is sent the actual production starts, no comments are waited for on the TOP SAMPLE as it is just a final look of the garment:there are various sewing machines present in the industrie’s production hall.The steps included in production of a garment are:

KNITTED FABRIC

CUTTING FUSING

STITCHING

INITIAL CHECKING

PRESSING

FINAL CHECKING

56 | P a g e

….

FOLDING

PACKING

DISPATCH

57 | P a g e

Production flow of a full sleeves Mock Neck sweatshirt with half zipper: brand izod

58 | P a g e

Shoulder attachment with flatlock machine

collar attatchment kacha zip attachment and collar folded and placed on back of zip

zipper placket overlocked from inside

Top stitch on zip and collarr

Side vent and label only in case side vent of original fabric, make 3 folds

sleeve attatch with overlock machine.

Side seaming

cuff attachment

cuff flatlock

hemming of front and then back

wash care label attachment

59 | P a g e

ISSUE W/D ENTRY ON COUNTER

Bundles counted

Recieval on computer

Logo embroidery

Primary checking, for stain removal and any cut on garment or hole.

to check for holes they are put on dummies kept in the checking area which are meant for detecting holes only under specific light

STITCHNING MACHINES: We have single needle lock stitch machine, edge trimmer,

button holing button stitching, eyelet machines& feed up machines from JUKI, Japan. We

also four thread & five thread over lock machines from PEGASUS, Japan & YAMATO,

Japan. Following is a list of our machinery:

DETAIL OF STITCHING MACHINES:

Name & Manufacture

Type Model Total No’s

Tailoring m/c from

JUKI & BROTHER,

Japan

Single needle

Fully

computerize

DDL 5530,N

DDL 8300

DDL 8700-7

DDL 5550 N-3

1188

Double needle

machine

DB2-B737-413

LH-3128

LH-3168

19

Folding m/c from

PEGASUS &

YAMATO, Japan

Three needle

Machine

M 652-13,2x4

M 752-13,2X4

M 852-13,2X4

M 632-13,2X4

M 732-13,2X4

348

Button holing m/c from

JUKI & BROTHER,

Japan

LBH 1790

LBH 1700

LH 4-B 800-E2

15

Buttoning m/c from

JUKI & BROTHER

Japan.

LK-1903

BE-438 B

16

60 | P a g e

Table I.6; list of sewing machine typesIn the production hall, the workers are watched by a supervisor, there is a head supervisor who looks over all machines and there is supervisor for each line as well who work under these supervisors.

The daily production is recorded through the SAP system and the merchandiser takes the review after every 8 hour, by checking the production status report which he recieves.(*reffer to annexture#10)

There are fusing machines present within the hall only, on which the moon patch is pressed by inserting the template and then the extra sides are cut, also the HT label is pasted on the moon patch through this machine only.

The checking is also done within the hall on a separate side, the production space and checking space are separated, we can see this in the layout given on next page. the checking is for stains, holes and other minor defects. The stains are removed with benzene guns and the station for the same is also situated in the hall

The different samples which all have to be sent are not made in this hall; they are made in the sample hall. There are separate hall for each brand and their checking is also done separately in their respective halls.

The merchandiser and administrative block is built in such a manner with glass doors so that the administration could look over the hall and ensure and correct working. there is a lift in the building to move the fabric part and garment parts and finished garment from on floor to the other.

In the production hall generally the assembly system is followed and there is a pallet running along between 2 lines where the workers keep their extra threads and other things but the garment parts and garment after operation is done is kept in a bin kept aside the worker’s machine.

According to ergonomics picking and dropping the garment parts and garment respectively from one side saves energy of the worker as the movement is towards one side only.

The bins are kept within his comfort area as per ergonomics as well.

while keeping the bins and other required thing along the worker and while arranging his table and tools the principle of MISCHURN is taking care of.

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FINISHING DEPARTMENT:

CHECKING AND MENDING

After all the steps have been completed of production of garment and attachment of

components and accessories, the garments are then sent for stain removal and then primary

checking. the checking is done manually. In stain removal the stains of oil, dust, chalk marks

or any other stain. and the benzene guns are used to remove the stains. Sometimes the

markings of the chalks are quite visible even after the washing, or there are chances of dirt

existing on the garment surface or any kind of spot which is not acceptable has to be

removed. The method used in firm is spraying different kinds of chemicals directly on the

spot through guns. Following is the list of chemicals used to remove the spots

Source of spot Chemical used to remove it

Pen Acetone

Black spot Tipole

Rust Dimethyl formamide

Pencil/ dirt dust Benzene

Table I.7; types of spots and chemicals to remove them

the garment is also checked for the holes and other stitching defaults. For this the

dummy is used on which the garment is put under specific light.

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P.30

If there is any kind of hole in the garment then, it is sent to the mender for mending.

The checker number ticket is attached to the garment before it moves further to the

mending department. This is to know that who checked the garment or spotted its

fault. The mending is done then by attaching stitches.

The garment is then pressed and sent for final inspection. After that the garments are

sent for attachment of tags and labels. The tags and labels for the garments of the

particular brand are issued to whom.

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P.31

P.32 P.33

FINISHING AND PRESSING:

Most if the garment programmes in the industry and unwashed programmes. so the garment

is sent directly to steam press department. The pressing is also done in-house in a separate

hall. There is good air ventilation in the pressing hall and ducting too so that there is no

humidity in the hall to make the workers suffocated. Steam press is the method used for

finishing. These steam press are run on boilers.

The types of pressing done could be as follow:

CATEGORIES OF PRESSING: It is useful to divide garments into categories according to

the amount and type of pressing they require.

1. Garment which require no pressing: This categories includes bras and other

foundation garment, stretch swim wear and dance wear, and items of innerwear.

2. Garments which require minimal pressing or finishing: This category includes

single ply garments such as slips and night gowns often in knitted synthetic, T-shirts and

other knitted leisurewear, and some laundered and garment dyed products.

3. Garments which require the use of an iron in under pressing and final pressing:

For the opening of seams and the creasing of edges and for pressing garments with gathers

and fullness, and in situations where style change is frequent, pressing with an iron is

common because it is simple and flexible.

4. Garments which require extensive under pressing and final pressing: This

category includes garments, which require the pressing open of seams and the setting of

edges during manufactures. It includes men’s jackets, trousers and waistcoats, many skirts,

women’s tailored jackets and trousers, and other lined rainwear.

Pressing makes a large contribution to the finished appearance of garments and their

attractiveness at the point of sale. The need to press garments during and at the end of their

production is a basic requirement in orders to shape and finish them.

Steam and heat are necessary to relax the fabric and make it pliable enough to be

molded by manipulation. The combined effect of steam and heat is to slightly soften the fiber

structure so that it can take in an alternative shape.

The purpose of pressing is given below:

1. To smooth away unwanted crease and crush makes; in garment manufacture, crease

and crushing occur where garments are handled between operations in bundles,

whether tied up tightly or piled on trolleys or in boxes.

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2. To make creases where the design of the garment requires them. Creases are obvious

design features in trousers and skirts (where a series of creases is often to as pleating)

and some collar styles.

3. To mould the garment to the contour of the body.

4. To prepare garments for further sewing.

5. To refinish the fabric after manufacturing the garment.

Measurement checking is also a part of finishing;

Generally all the measurements of the garments are checked. In case of T-shirts the major

parameters are the sleeve length, collar, chest, shoulder length etc.

The difference in measurements at this stage can be due to the poor production practices or

the shrinkage occurred during the washing. The garments which are not acceptable are

rejected.

Various defects that occur in the garment due to which rejection occurs and their causes and

prevention measures are given below:

NAME OF THE

DEFECT

CAUSES PREVETION

Wrong placket attachment Negligence Proper marking

Wrong collar attachment Unskilled operator Trained operator

Label placement No marking Proper marking

Mismatch cuff attachment Cutting problem Patterns to cut as per

measurement

Loose over lock Machine tension Increase SPI

Uneven armhole Unskilled operator Trained operator

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Loose stitch Machine tension

Increase SPI and tighten the

tension of needle thread

Slip stitch Improper m/c handling m/c checking time to time

Misplace button hole and

button

No marking Marking to be done

Roped button fold Improper material handling Trained operator

Slit end alignment Negligence Guidelines to operator

Color variation on collar Negligence in fabric

checking

Fabric to be checked

properly

Table I.8; types of visual defects

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PACKING AND LABELING:

After finishing the garment is sent to packing and labeling section. Here the garment is

labeled as according to the labels mentioned in the PDM. For some brands, the labels and

tags may be bilingual and some brands require that the labels should be made in different

languages for different countries. So while labeling it is taken care that the correct label is

being attached. The price ticket is also attached carefully.

The garment package programme could be either

garment fold programme

hanger pack programme

dead man fold

The following measurements are checked in the labeling department, length, chest under

armhole, and neck size so that the correct size label is attached to the garment.

After checking the size and attaching label for the same, the garment is fold pressed if it is a

fold pack process and if it is a hanger pack program, it is hanged on the hanger. and after this

the next step is packing in the poly bag. Generally the brand name is printed on the poly bag,

this may also be bilingual.

There are many tags and labels which are attached to the garment. The details of the tags and

labels to be attached is given in the PDM and along with the name of the supplier from whom

these have to be supplied form, the name and code of the label, the quantity per piece, the

description and the picture. this is known as the trims and accessories sheet.(refer to

annexture #11)

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P.34 P.35

Sr.no Name of trim Picture Description/

Code

Supplier name Qty.

1. UPC ticket PT110002 Power concept,

honking

1

2. Buttons BT 13455

Logo embossed

button

Power concept

honking

3

3. Main label MN 13953 1

4. Price tag PC 20111 1

5. Wash care label WC 201111 1

Table I.9; trims and accessories sheet

Some trims are given ahead for different brands

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After the garment is fully packed the next step is packing in the cartons.

The carton size is generally given by the buyers and these boxes are often bilingual. The box

weight is also defined by the buyer, or the shipment agency.

On the carton the following details are written:

The lot#

The style#

The brand name

Country name

PO#

The dimensions of the box

The dimensions of the carton are given in the Product development module, and even this is mentioned that the carton is to be of what ply. The number of pieces to be packed in the carton and the ratio of colors in one carton is also mentioned.(refer to annexure# 12)

In case solid packing is to be done then in one carton only one color or sometimes even only one size is to be packed. Sometimes ratio is given of color by color or size by size. The packing list has all the information of the voyage, the vessel number and name, the actual price need to be paid, the letter of credit, the purchase order numbers, etc. It is in disguise a bill of the shipment. Along with the shipment various documents are to be made and while booking of the vessel too.

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Conclusions:

During 2 months of my internship project at Nahar, I get to learn a lot about the process different departments and their process flow. Nahar is a vertically integrated unit and has many sister concerns. during my internship I was able to link my theoretical learning during the course with the practical outcomes and situations at the industry.

by putting my theoretical and practical learning together I was able to prepare such a good and productive project report with a view of learning the process flow of the departments even individually and the procedural flow related to merchandising from very first step of reiceving the enquiry and product development manual to dispatch of goods.

With the help of the authorities and heads in the industry and through my own efforts I was able to go through the whole documentation which takes place in the industry at various stages.

Under the guidance of my mentor and by continuously taking feedbacks from all the heads in Nahar, I was able to look into the actual working procedures and the potholes in the processes and work of the merchandiser and the department.

In the end I would like to conclude that the project was very fruitful to me as a whole. After conducting this internship I have been able to relate the theoretical things more with the industry and thereby my learning has become ore easy and effective.

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Suggestions:

1. Though Nahar is a well established and organised industry but still there are a few area which it lacks in and they are need to paid attention to. During the time span of my internship I had seen two such cases where the production has to be given a halt because of not receiving the trims or tags at the right time, whenever the trims ahd to be supplied from the suppliers out of the country. The reason for this was that all the planning the merchandiser did remained in the papers only but was not put to actual use.

PROPOSED AND ACTUAL TIME AND ACTION PLAN ON THE EXCEL SHEET70.1 GIVEN AHEAD.

2. At Nahar it was continuously observed that there was shortage of trucks and vehicles which were to bring the fabric from Dhandhari, the sister concern of Nahar, because of which many times the work got delayed. The industry should take initiative to buy some more trucks for its use or should tie up with a transport agency so that this hindrance should not act as a hurdle in the work of the merchandiser leading to shipment being delayed.

3. Also the sampling merchandisers and production merchandiser were not in the same unit. They had to communicate through phones and to take the production file the production merchandiser had to specially visit the head office where the sampling merchandiser used to sit. This was delayed much of the times as the company’s connivance was unavailable much of the times. So the company should pay attention to provide the management with more cars.

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PROJECT WORK TIME STUDY

Abstract:

The project is an in depth study into the production method and processes carried out in an

organization. Within 2 months of doing this project, we would undertake the time and method

study in an organization, relating to each operation of a particular style. The in depth study of

how efficient workers are and their pace of working is to be done. Through our time study,

we would analyze, time taken for each operation to get completed and to see, if there is any

W.I.P being created in the production hall of the organization, and suggest some remedies to

overcome the W.I.P if any. The skill inventory matrix would also be created.

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Scope:

The project was a futuristic approach to gain knowledge about the way work is carried out in a garment industry. The reason of the creation of W.I.P. is analyzed and the way to overcome it is learnt. The project helped us get familiarized with the right way working could be done more efficiently by the worker making utilization of work floor and capacity. Along with work management, through method study, the time utilization through time study is also conducted. by the end of the project, we are able to draw conclusions and suggest remedies for the industry to meet its drawbacks, which shows the scope of our knowledge and experience we gained from the project.

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Objectives planned for the study are:

1. To study production process followed in the organization.

2. To study operation breakdown of a particular style.

3. To calculate time of operations by taking 50 reading.

4. To prepare skill inventory matrix

Steps in our study:

1. Watching the operations.

2. Observing each operation and taking its reading through a stopwatch

3. Note the rating and taking their average

4. Calculating the basic time using the formula: observed rate * observed time/standard

time

5. Then when we get the basic time, we calculate the standard time by adding all the

allowances- contingency, machine day allowance and relaxation allowance to the

basic time.

ALLOWANCES: FATIGUE ALLOWANCES: There are occasions when most of the people get up from their machines nad take a break. You cannot expect operatives to go for long period without going to the lavatory.Machine delay allowance: all wrok which involves machinery will be subject to delays which will vary with the complexity of machines and the level of maintenance. Typical machine day allowances (including bobbin and cop replacement.)

Sr.no Machine name Percentage

allowance

1. Single needle lockstitch 9%

2. Twin needle 14%

3. Three thread overlock 7%

4. Four thread overlock 9%

5. Five thread overlock 11%

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Table I.11; fatigue allowances

Number of workers: 12

Standard rate: 75%

Number of pieces per day: 400

Allowances: machine day allowance- over lock- 5% SNLS- 6% FLATLOCK-

6%

NUMBER OF PIECES PER DAY/PERSON: overlock- 150, SNLS- 250

SYSTEM OF RATING:

EFFICIENCY LEVEL BSI ‘60/80’ ‘100/133’

Hourly paid rate of work 75 60 100

Incentive rate of work 100 80 133

Expected peak

performance

120 96 158

Table I.12; system of rating

Rating the workers:Sr.no Worker name Skill Performance Rate Machine

1 Ram A 85% 75 Overlock

2 Sham C 75% 75 SNLS

3 Johan B 80% 75 Flatlock

4 Mohan B 80% 75 SNLS

Table I.13; rating the workers

The workers are given rating according to the BSI standard. They are working on piece rate,

so their rate is 75%. The worker names are fictious. They are put under skill category- A, B,

C, D according to their performance standards.

Number of workers employed for making of the style was 17.

Standard rate of work was estimated by us at 75%.

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15 machines were employed including 2 flatlock machines, 5 overlock machines and 8 SNLS

machines.

Number of pieces that were made per day was: 400

Allowances estimated were: machine day allowance- over lock- 5, SNLS- 6%

FLATLOCK- 6%

NUMBER OF PIECES PER DAY/PERSON were Overlock- 150, SNLS- 250, FLATLOCK-

100

FORMULAS:

BASIC TIME:OR*OT/ST (in our project we are taking ST as 100- standard

STANDARD ALLOWED MINUTES:BASIC TIME+ MACHINE DAY ALLOWANCE+ CONTIGENCY ALLOWANCE+

RELAXATION ALLOWANCE

REQUIRED OUTPUT: GMTS/HRSIZE OF ORDER/TIME IN hr.

STANDARD MINUTES PER hr.:SIZE OF ORDER*WORK CONTENT PER GMT/ TIME IN HOUR.

LABOUR REQUIRED:REQ. STANDARD MINUTES/ HR/60

NUMBER OF WORK STATIONS REQUIRED: STANDARD MINUTES/60*100/PREDICTED*100/PREDICTED

FLOTTERS REQIRED:LABOUR REQ. * (100-PRE/100) * (100/PRE)* (PERFORMANCE/100)

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SR.NO OPERATION AVERAGE

TIME

(in minutes)

BASIC

TIME

(in minutes)

STANDARD

ALLOWED

MINUTES

(in minutes)

MACHINE

NAME

1. Making of placket;

marking and making

2.09 1.56 1.718 SNLS

2.Edge finishing of yoke

0.17 12.21 1.13 O/L

3.Overlock the striper front

0.34 0.26 0.11 O/L

4.

Overlock the plain back

0.P\

27

0.204 0.22 O/L

5.Hood parts attachment

0.21 2.31 2.308 O/L

6.Attaching of yoke to back

0.48 0.34 SNLS

7.Attaching shoulders

1.2434 0.9 0.14 O/L

8.Side seaming

1.0156 O/L

9.Sleeve attachment

0.4 0.3 0.58 O/L

10.Hood edge seaming

3.018 2.3 1.0156 SNLS

11. Hood kachi; twill tape

attatchment

1.436 1.125 1.282 SNLS

12.Hood finishing

2.16 1.15 3.19 SNLS

13.Hemming

0.416 0.145 F/L

Time study:

Table I.14; time study

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Customer Octave Style No. J-083

Order Qty 1200 Order Date 27th March,2010

Ship By 27th April,2010 No of transit Days 2 days

No of days in

Hand

30 days No of Days for

Prod

5

Shift: 8 hours shift

Required Output

Standard Minutes to complete one Garment 13.31

Required

Output

Gmts/Hr

1200

32

38Gmts / Hour

Required

Output SM / Hr

1200 X 13.31

40399SM / Hour

Required Team Strength

Required Standard minutes per hour = 11X10= 110

Allowances

Attendance 80%

Utilization 75%

Average Performance 75%

Average Performance of Floaters

Labour Required

Labour required Required Standard Minutes/hour / 60

Labour required taking in account all above allowances

Labour required

=

400

X

100

X

100

X

100 =14

60 80 75 75

No of Operators Required= 14operators

No of Work Stations required

Work Stations = 400 X 100 X 100

60 75 75

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=12m/c

No of Work Stations required= 12m/c

No. of Floaters Required

Floaters Reqd. =

Lab

Reqd X

(100 – 75)

X

100

X

75

100 60 100

Floaters required= 14 X .25 X 1.6 X .75= 3 floaters

Floaters required= 14 X .25 X 1.6 X .75= 3 floaters

Table I.15; calculationsAs per the time study conducted by us for junior hoody while our visit to the organisation,

SM calculate was used to check the theoretical balance to check the labour requirement for

the style and labour i.e.14, the workstations required were 12 machines, and the floaters were

3, and for during our study the information or data that guided our study and supported our

calculations was as follows- the production days required to produce the style were only 5,

however the number of transit days were 2. The shift of work per day was 8 hours. According

to our time study we calculated that the required garments per hour were 38, the required

output was 399 SM/hr. The attendance was 70%, the predicted utilisation was 75% and

attendance was 75% also.

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Method study: method study is done to achieve better workplace layout and design of equipment to achieve better working conditions and reduce fatigue. To make effective use of materials, plants, equipment, labour and services. (Faculty handouts)

BETTER METHODS MEAN MORE PRODUCTIVITY. MORE PRODUCTIVITY MEANS MORE PROSPERITY.

Use of method study:

1. Different operators give different ways of doing the job and all of them could not be

right.

2. Some ways of doing work are developed because they were easier to learn or the

operators had special skills.

3. The systematic recording of method is essential for work measurement and helps us to

compare different approaches.

4. The indication of best method is skill, it is learned by practice, and is like all other

skill.

5. Better methods come from a factory wide change. The work aids must be ensured to

be up to date by supervisors and managers.

( page24; ; second edition introduction to clothing production and management;

AJ.CHUTER)

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Selecting Job for study:

Unnecessary movement of men or materials.

Highly fatigue work.

Bottlenecks, waiting time and breakdown.

High scraps and reprocessing costs.

Duplicate work.

Excessive overtime.

Breakdown and unfounded complaints about work.

(Faculty handouts)

Developing new methods:

At the end of critical examination the examiner will have decided:

1. The activities that are vital to the objective.

2. The order of their performance.

3. The activities that might be considered.

4. Undesirable features that should be eliminated.

5. List of alternatives for Purpose, Place, Sequence, Person and Means for each of the

key activities.

(Faculty handouts)

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Actual layout

Operation Breakdown

Style No Standard Minutes

Work Content

S.No. Machine Operation Description

1 SNLS

making of placket; marking and

making 1.778

2 Overlock edge finishing of yoke 1.13

3 Overlock overlock the striper front 0.11

4 Overlock overlock the plain back 0.22

5 Overlock hood parts attachment 2.308

6 SNLS attaching of yoke to back 0.34

7 Overlock attaching shoulders 0.14

8 Overlock side seaming 1.0156

9 Overlock sleeve attachment 0.58

10 SNLS hood edge seaming 1.0156

11 SNLS hood kachi; twill tape attatchment 1.282

12 SNLS hood finishing 3.17

13 folding Hemming 0.45

Total 13.31

table I.16; actual breakdownThe actual layout shows that in the industry there was jamming at two places, which

has been highlighted in the above table. The W.I.P was being created at operations of

hood parts attachment and hood finishing.

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Alternations in Work Arrangements and its effects

Alternations in Work

Arrangements Suggested Alteration Expected Results

Operations in Parallel Long operations-

performed by two operators

Improved Flexibility

Operation in Series Long Operations split Reduced waiting time, more

workload on the next

operator. Reduced WIP

Installation of machinery Installing more machinery-

flat lock and SNLS for the

style for bottlenecks and

lengthy operations.

Reduced Manufacturing

Time reduced WIP

table I.17; alterations in work contentAlteration in work was done so as to break the long operation amongst two operators. the

flexibility would improve and the waiting time would get reduced along with more workload

on the next operator, the W.I.P would also reduce. new flatlock and SNLS machine would be

installed for this purpose.

Expected Performance = Reqd Output per hour

Utilization = 75%

Required Performance = Reqd Output per Hour X 100 / Utilization

Performance level required for each Operation


Performance

Level

Required=

Work

Content in

SMX

Expected Output

in Gmts/Min

(required

output/utilization)

X100 =13.31 X 2 X 100=

2662

Performance

Level

Required

=

Expected Output

in Gmts/Min X 100 = 2 X 100 = 200

table I.18; performance level of workers

Operation Breakdown

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Style No Standard Minutes

Work Content

S.No. Machine Operation Description

1 SNLS

making of placket; marking and

making 1.778

2 Overlock edge finishing of yoke 1.13

3 Overlock overlock the striper front& plain back 0.33

4 Overlock hood parts attachment 1.154

5 Overlock Hood parts attachment 1.154

6 SNLS attaching of yoke to back 0.34

7 Overlock

attaching shoulders & sleeve

attachment 0.72

8 Overlock side seaming 1.0156

9 SNLS hood edge seaming 1.0156

10 SNLS hood kachi; twill tape attachment 1.282



13 folding Hemming 0.45

Total 13.31

Suggestions:

Table I.19; changes in breakdownTo overcome W.I.P being created at places of hood parts attachment and hood finishing we

suggest the introduction of more machinery at these two operations, which would distribute

the work load. Also the work load for the next operator would increase, i.e. for attaching of

yoke to back and hemming respectively.

Also at two places i.e. at s.no 3* and s.no7*, two operations are being combined:

at sr.no3- overlock striper front and back, and at sr.no7-attaching shoulders and aleeve

attachment, are being combined respectively. This helps in cutting down the labour and

machinery engaged, as work could be combined for the operations are two machines instead

of four. This would help in saving the movement time for bundles and also the machinery

could be otherwise used for other operations. Now as per the introduced operation

breakdown, the initial balance would be prepared.

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Initial Balance as per suggested operation breakdown:


Work content for each garment= total work content/number of workers employed

=0.95gmts/min

Work

Station

SM

Work

Content Machine Performance needed Operator Exp. Performance

1 1.778 SNLS 1.8x 0.95x 100= 170 A 1.8x 0.8x 75=108

2 1.13 overlock 1.13x 0.95x100= 107 B 1.13x 0.8x 75=68

3 0.33 overlock 0.33x 0.95x100=32 C 0.33x 0.8x 75=20

4 1.15 overlock 1.15x 0.95x100=109 D 1.15x0.8x75=69

5 1.15 overlock 1.15x 0.95x100=109 E 1.15x0.5x75=69

6 0.34 SNLS 0.34x 0.95x100=33.3 F 0.34x 0.8x 75=20

7 0.72 overlock 0.72x 0.95x 100= 68 G 0.72x 0.8x75=45

8 1.0156 overlock 1.016x 0.95x100=95 H 1.01x 0.8x 75=61

9 1.0156 SNLS 1.0156x 0.95x100=95 I 1.01x 0.8x 75=61

10 1.282 SNLS 1.282 x 0.95x100=121 J 1.28x 0.8x 75=77

11 1.59 SNLS 1.59x 0.95x 100=151.05 K 1.59x 0.8x 75=95

12 1.59 SNLS 1.59x 0.95x 100=151.05 L 1.59x 0/8x 75=95

13 0.45 folding 0.45x0.95x100=43 M 0.45x 0.8x 75=27

table I.19; initial balancing

Performance needed= SAM X work content per garment X 100.

Expected performance:

Required output per hour/60= required output per minute

Required output per minute/ estimated efficiency of workers

expected performance= 38/60/75%=0.8 EXPECTED OUTPUT= O.8gmt/min or 48 gmts/hr (0.8*60=48)

87 | P a g e

Skill Inventory Matrix:

SKILL INVENTORY

Machine Type 1 2 3 4 5 6 7 8 9 10

Op

erat

or

ID

Op

erat

ors

SN

LS

yo

ke a

tta

ch

OV

EL

OC

K

Y

OK

E

FIN

ISH

ING

SN

LS

PL

AC

KE

T M

AK

ING

O

verl

ock

h

oo

d

fro

nt

&

b

ack

Ove

rlo

ck h

oo

d a

ttac

h

O

verl

ock

m

/c

sid

e

seam

ing

SN

LS

ho

od

kac

hi

SN

LS

ho

od

fin

ish

Ove

rlo

ck h

emm

ing

O

verl

ock

sh

ou

lder

att

ach

&

sle

eve

OP001 A 80OP002 B 60

OP003 C 90OP004 D 60OP005 E 60OP006 F 75OP007 G 75OP008 H 70OP009 I 70OP010 J 60OP011 K 60OP012 L 60OP013 M 80

Skill matrix(efficiency rate) Grade 60-80 C80-90 B90-100 A100 and above A+

Table I.20; skill inventory matrix

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Conclusions:The study helped us in achieving our objectives fully. The observations made by us in the

industry helped us in gaining knowledge for futuristic help. Through our study we were able to

acquire knowledge about the industrial production process being followed in the organization

and our deep study helped us in analyzing it deeply and we were also able to suggest changes

in the process flow, which shows our understanding and achievement towards the objective.

We studied the operation breakdown of the style, junior hoody in the organization and analyzed

it fully to see the operation flow. The time study was conducted by us for the style, Junior

hoody, by taking 50 readings of each operation, using a stopwatch. By taking the observations

we calculated the average time, basic time, the SAM, through which we were able to calculate

the work content for the style. Using the work content we were able to calculate the required

machinery, operators etc, which in turn helped us to make out how efficiently the work is being

performed and also that where the work space is being underutilized and what should be done

to make fuller utilization of time and distribute the time for a lengthy operation like hood

finishing, and how waiting time could be reduced. We performed method study for each

operation by taking 50 reading to analyze where W.I.P is being created, and we concluded how

this W.I.P could be reduced and what measures should be taken to meet this time gap. method

study also helped us to make out which operations could be combined at one machine to save

the work floor, and which operations do we need to break so that the workload could be

reduced on the particular operator performing a lengthy operation, so that the W.I.P. could be

reduced and the waiting time is also cut short. By observing the work done by the operators and

comparing the performance needed with the expected performance, we were able to make out

the efficiency rate of each worker.

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Internship Project at Nahar

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