Tuesday, December 15, 2015

Function of Work Study Engineering


Work Study is a systematic examination of the method of carrying activities, so as to input the effective use of resources and to set up standards and performance of the activities being carried out.  Therefore,
A collection of techniques used to examine work-what is done and how it is done, so that there is a systematic analysis of all the elements, factors, resources and relationships affecting the efficiency and effectiveness of the work being studied.
Work study uses techniques like method study and work measurement to understand human work potential in terms of time spend on completing  task, looking at ways to make the task simpler and easy as to increase productivity and efficiency.
Work study is a field used to finding ways of increasing on job performance, optimum usage of plant, and machinery, standardization of work, etc.
According to the Genre of Works, Work Study Engineer’s JD (Job Description) are divided with 2 functions.
1.     Engineering Function
2.     General Function.
Engineering Functions
Method Study: Space Environment, Equipment, Machine Attatchment, Element Study, Effective and Ineffective time segregation, Handling and Movement, Contingency, Improve, Worker Performance, Find Better Way of Work, Reduce ineffective time and increasing needling time, selling better method to others.
 
Industrial Engineering in Garments, Industrial Engineering In Garments Industry, Industrial Engineering Jobs, Industrial Engineering, Industrial Engineering Job Description, Industrial Engineering Subjects, Industrial Engineering Careers, Industrial Engineering Books, Industrial Engineering Books Free, Industrial Engineering Books Free Download, Industrial Engineer In Textile, Industrial Engineering In Knit Garments, Textile Engineering, Textile Engineer, knowledge is power, general knowledge, knowledge base, knowledge management, basic knowledge, lack of knowledge, working knowledge, previous knowledge, to the best of my knowledge, common knowledge, stream of consciousness, self-consciousness, lose consciousness, regain consciousness, loss of consciousness, cost consciousness, national consciousness, learn, learning disability, learning by doing, distance learning, language learning, lifelong learning, learning curve, learning objective, learning process, learning difficulties, machine learning, rate, credit rating, rating scale, power rating, rating plate, voltage rating, rating agency, gross vehicle weight rating, self-rating, popularity rating, textile industry, textile mill, textile factory, Fabric, fabric softener, woven fabric, cotton fabric, knitted fabric, social fabric, rubberized fabric, silk fabric, fabric conditioner, plain fabric, fabric, knitted fabrics, silk fabrics, fabric, knitted fabrics, silk fabrics, be alert, red alert, spoiler alert, on the alert, mentally alert, be on the alert, high alert, wearing apparel, apparel industry, As systems integrators, industrial engineers analyze and design facilities (buildings, rooms, equipment, infrastructures, etc.), material handling systems, manufacturing and production systems, information systems and individual and group workplaces. In the operations realm, IEs analyze, design, and manage manufacturing  and service processes, production systems planning and control, resource allocation and scheduling, personnel assignment and scheduling, quality assurance, inventory control and system and personnel safety.Design, develop, test, and evaluate integrated systems for managing industrial production processes, including human work factors, quality control, inventory control, logistics and material flow, cost analysis, and production coordination.Engineer, Engineering Manager, Industrial Engineer, Manufacturing Specialist, Operations Engineer, Plant Engineer, Process Engineer, Production Engineer, Supply Chain Engineer, Tool Engineer, production & operations management, policy & strategy, international production management, managinte technology in GM, value analysis, effective product design, integrated product development, facility layout, capacity planning, Materials & Resource planning, production planning and control,
Some Essential Folder Attachments For Garments Industry Sewing Machines.
Work Measurement: Cycle Check, Observed Time, Rating, BMV, SMV, Production Study, Time Study, Setting time standard and sampling. 

General Sewing Data (GSD): Method Study and Develop within GSD Coding time by reducing unnecessary task through method study. 

Breakdown and Layout: Operation Breakdown, Time setting, Process sequence, Tight & Loose flow, Incentive or No Incentive layout, Operation & Workers Selection. 

Consumption: All measurable trims like Thread, String, Tape, Webbing, Binding, Grosgrain, Velcro, Elastic, Z-Band/linear, Fabric & other like. 

Calculation: Feeding Time, Produced Time, Efficiency, Target Setting, Productivity Gap, Individual Performance and Capacity, Potential Pieces, Required Production Days/hours/workers, Contingency, AQL, OQL, Accuracy & Confident Level, Cost Breakdown point, Ratio, Load Range, Sewing Time, Effective Time, BTP, HPT, LPT, BMV, SMV.
 
General Function:
SMV & Production Plan: SMV estimation and update production plant.

Incentive Package: Analysis and Control Production Plan as higher performance level.

Reporting: Efficiency, Performance, Capacity, Production Statement, Earning Statement, Comparison, Factory/Line Capacity, Incentive Calculation and Management Key Information as required. 

Keeping History: Standard Data, Product, Earning, Efficiency, Performance, Progression, Target & Target Efficiency Analysis. 

Data Centralization: Control and Centralization of all data across units.

Save Materials: Protection to misuse of trims measurable like’s threads. String, Binding, Tape, Velcro, Elastic, Z-band, Webbing, Grosgrain etc. and countable likes Button Eyelet, Stopper, Puller, Zipper etc. 

Multi Experience: Basic quality procedure and acceptance level, Basic maintenance, Cutting, Marker, Pattern, Sample & Packing/Shipping Method.

Reserved Expert: To help others section where needed as reserved expert. 

Motivation: Training, Job Facilities, Life Standardization and Techniques Presentation. 

Among these Work Study Engineering Department has involved few some steps.
1.     Analyze each style to determine its requirement for production.
2.     Style Analysis is based on:
(i)                Factory’s Quality Standards.
(ii)              Amount of Labor Required
(iii)            Available Equipment.
(iv)            Volume to be Produced
(v)              Expected “throughput time”.
3.     Style requirements are determined through analysis of samples and specifications.
4.     Apparel Engineers are Concerned with:
(i)                Number, complexity and sequence of operations.
(ii)              Equipment Required.
(iii)            Time & Skill Required.
5.     Operation Breakdown:  Work in each style is broken down into operations. An operation Breakdown is a sequential list of all the operations that involved in assembling a garment used to establish the workflow for each style.
6.     Apparel Engineers Study each operation to improve its effectiveness and efficiency and to establish methods to ensure a consistent performance by operators and consistent products.



 


Edited By:


Md. Farid Ahmed




Fakir Apparels Ltd.


BSCIC Industrial Area, Enayet Nagar,


Fatulla, Narayangonj, Bangladesh. 
Mobile: 8801814220987
E-mail: farid.ieconcern@gmail.com


No comments:

Post a Comment