This document provides an introduction to industrial engineering. It defines industrial engineering as concerned with designing integrated systems of people, equipment, and materials to increase productivity by eliminating waste and improving resource utilization. The history of the field is traced from Adam Smith's division of labor concepts to contributions from Taylor, Gantt, the Gilbreths, and others. The primary activities and objectives of industrial engineering are to establish methods for improving operations and controlling costs. Techniques used include method study, time study, ergonomics, and operations research.
Industrial Engineering (IE) offers immense opportunities to improve Productivity, Quality and Responsiveness. Herein , some of the issues are highlighted.
This is presentation about Micro-Macro Motion Study in use of work study. here defined about work method in subject of industrial engineering technology,
Industrial Engineering (IE) offers immense opportunities to improve Productivity, Quality and Responsiveness. Herein , some of the issues are highlighted.
This is presentation about Micro-Macro Motion Study in use of work study. here defined about work method in subject of industrial engineering technology,
The principles of motion economy form a set of rules and suggestions to improve the manual work in manufacturing and reduce fatigue and unnecessary movements by the worker, which can lead to the reduction in the work related trauma.
Sections:
1. Fundamentals of Manual Assembly Lines
2. Analysis of Single Model Assembly Lines
3. Line Balancing Algorithms
4. Mixed Model Assembly Lines
5. Workstation Considerations
6. Other Considerations in Assembly Line Design
7. Alternative Assembly Systems
work measurement, the uses of work measurement, the techniques of work measurement, time study, time study form, methods of timing, work sampling, allowances, predetermined motion time and systems (P.M.T.S.),
The principles of motion economy form a set of rules and suggestions to improve the manual work in manufacturing and reduce fatigue and unnecessary movements by the worker, which can lead to the reduction in the work related trauma.
Sections:
1. Fundamentals of Manual Assembly Lines
2. Analysis of Single Model Assembly Lines
3. Line Balancing Algorithms
4. Mixed Model Assembly Lines
5. Workstation Considerations
6. Other Considerations in Assembly Line Design
7. Alternative Assembly Systems
work measurement, the uses of work measurement, the techniques of work measurement, time study, time study form, methods of timing, work sampling, allowances, predetermined motion time and systems (P.M.T.S.),
Manufacturing process organization of attached implements and towed vehicles ...Ivan Shalaevskiy
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Compiled By: Mr. Gokul O
Assistant Professor
Department of Mechanical Engineering
Sree Buddha College of Engineering, Pattoor
According to APJ Abdul Kalam Technological University Syllabus
Subject- Industrial Engineering
Course code- ME404
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Industrial engineering is a branch of engineering which deals with the optimization of complex processes or systems. It is concerned with the development, improvement, implementation and evaluation of integrated systems of people, money, knowledge, information, equipment, energy, materials, analysis and synthesis, as well as the mathematical, physical and social sciences together with the principles and methods of engineering design to specify, predict, and evaluate the results to be obtained from such systems or processes. While industrial engineering is a traditional and longstanding engineering discipline subject to and eligible for professional engineering licensure in most jurisdictions, its underlying concepts overlap considerably with certain business oriented disciplines such as operations management. Depending on the subspecialties involved, industrial engineering may also be known as, or overlap with, operations management, management science, operations research, systems engineering, management engineering, manufacturing engineering, ergonomics or human factors engineering, safety engineering, or others, depending on the viewpoint or motives of the user. For example, in health care, the engineers known as health management engineers or health systems engineers are, in essence, industrial engineers by another name. Mr. Sandip Subhash Narkhede | Mr. Vijay Liladhar Firke | Mr. Dhruvakumar B. Sharma "Design and Analysis of Runout Measuring Machine using Fea" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-6 , October 2019, URL: https://www.ijtsrd.com/papers/ijtsrd28028.pdf Paper URL: https://www.ijtsrd.com/engineering/mechanical-engineering/28028/design-and-analysis-of-runout-measuring-machine-using-fea/mr-sandip-subhash-narkhede
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See how to accelerate model training and optimize model performance with active learning
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Length: 30 minutes
Session Overview
-------------------------------------------
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2. 2
1.1 Definition
Fierce Competition in Economy.
Customers demands are rising.
Challenge for industries to produce goods of
right quantity, quality , in time and at minimum
cost.
Industrial Engineering plays a pivotal role in
meeting these challenges.
We have various techniques in Industrial
Engineering to analyse and improve the work
methods, to eliminate waste, proper allocation
and utilization of resources.
3. 3
1.1 Definition
American Institute of Industrial Engineers
(AIIE) defines Industrial Engineering as
follows;
Industrial Engineering is concerned with the
design, improvement and installation of
integrated system of men, materials and
equipment. It draws upon specialized
knowledge and skills in the mathematical,
physical sciences together with the principles
and methods of engineering analysis and
design to specify, predict and evaluate the
results to be obtained from such system.
4. 4
1.1 Definition
The prime objective of industrial
engineering is;
1- To increase the productivity.
2- Eliminating waste and non-value added
activities.
3- Improving the effective utilization of
resources.
5. 5
1.2 History & Development
It is linked with industrial revolution and passed
through many phases to reach present advanced
stage.
Frederick Taylor is named as father of scientific
management and industrial engineering.
But before Frederick Taylor, Adam Smith gave
concept of Division of Labour through his book The
Wealth of Nations.
Also James Watt, Boultin Mathew and Robinson
obtained a place in the history of Industrial
Engineering because of their work related with
improvements in the performance of machines and
industries.
6. 6
1.2 History & Development
Period between 1882-1912 was the critical
period in the history of Industrial Engineering.
Important works during this period are;
Factory system, Owner, Engineer and
Manager concept.
Equal work, equal pay and incentives.
Scheduling and Gantt Charts.
Engineers interest in cost control and
accounting.
7. 7
1.3 Contributions to Industrial Engineering
1. Adam Smith (1776): through his book titled Wealth
of Nations laid foundation to scientific
manufacturing. Through his concept of division of
labour which included the skill development, time
savings and the use of specialized machine was
able to influence.
2. James Watt (1864): Steam Engine advanced the
use of mechanical power to increase productivity.
3. Charles Babbage worked on the same line as
Adam Smith.
8. 8
1.3 Contributions to Industrial Engineering
4- Frederick Taylor (1859-1915): was a mechanical
engineer and initiated investigations of better work
methods and develop an integrated theory of
management principles and methodologies. He
proposed following actions;
Data Collection and standards for workers.
Scientifically training of workers.
Cooperation between management and labour for
better production.
Divide work between management and labour and
assigning to those who are best suited.
9. 9
1.3 Contributions to Industrial Engineering
5- Henry L. Gantt (1993): His contributions are;
Work in the area of motivation field, development of
task and bonus plan.
Measurement of management results by Gantt
Charts.
Recognition of social responsibility of business and
industry.
Advocated training of workers by management.
6- Frank and Lillian Gilbreth (1917): developed method
study as a tool for work analysis.
He developed micro-motion study, a breakdown of
work into fundamental elements called therbligs.
10. 10
1.3 Contributions to Industrial Engineering
7- Harrington Emerson(1913): Developed his
managerial concepts simultaneously with Taylor,
Gantt and Gilbreth.
Amongst his contributions is the Emerson’s Efficiency
Bonus Plan, an incentive plan which guarantees the
base day rate and pays a graduated bonus.
He also proposed twelve principles of efficiency.
8- L.H.C Tippet (1937): Developed the concept of work
sampling to determine the equipment and manpower
utilization and setting performance standards for long
cycle, heterogeneous jobs involving team work.
11. 11
1.4 Activities of Industrial
Engineering
The primary activities as spelled out by
AIIE are;
12. 12
1.5 Industrial Engineering
Approach
In carrying out various activities, the
industrial engineer;
Gathers and analyses facts.
Prepares the alternative solutions
taking in to consideration all the
constraints both internal and external.
Selects the best solution for
implementation.
13. 13
1.5 Industrial Engineering
Approach
At problem identification/definition stage following
steps must be taken;
1- All the facts about the operation are collected and
recorded using various recording techniques like
charts, diagrams or models.
2- Critical Examination of all facts by asking series of
questions.
3- Alternative ways are found by techniques like
brainstorming.
4- based upon the criteria fixed for evaluation, the best
alternative is selected.
14. 14
1.6 Objectives of Industrial
Engineering
The basic objectives of Industrial
Engineering departments are;
1- To establish methods for improving the
operations and controlling the
production costs.
2- To develop programmes for reducing
these costs.
16. 16
1.8 Techniques of Industrial
Engineering
Following tools and techniques are used to improve productivity
of the organization by optimum utilization of resources.
1- Method Study.
2- Time Study (Work Measurement).
3- Motion Economy.
4- Financial and Non Financial Incentives.
5- Value Analysis.
6- Production, Planning and Control.
7- Inventory Control.
8- Job Evaluation.
9- Material Handling Analysis.
10-Ergonomics (Human Engineering).
11- System Analysis.
12- Operations Research Techniques.
18. 18
1.10 Industrial Engineering in
Service Sector
Large number of industrial engineers
are in demand and attracted to careers
in exciting, challenging and rewarding
new fields.
The various service industries are;
1- Health Service.
2- Government Organizations.
3- Banking.