What does basic industrial engineering mainly talk about?
Release date: 2011July 3 1.
Original name: basic industrial engineering
Number of pages: 245 pages
Press: Chemical Industry Press
This book starts with the management mode of typical manufacturing enterprises, illustrates the principle of action economy with a large number of cases, and adds the content of management transaction process analysis on the basis of classical program analysis based on field operation. At the same time, this book also discusses the application of work research methods in informatization, and analyzes and looks forward to the future development trend of industrial engineering.
This book is divided into fourteen chapters. The first and second chapters analyze the problems existing in production management from the management mode of typical manufacturing enterprises, and put forward the concepts of productivity and its management and industrial engineering. The third chapter is an overview of work research, and discusses the related concepts of work research. The fourth to sixth chapters are methods research, including program analysis, operation analysis, action analysis and other classic contents. Chapters 7 to 11 are about homework measurement, focusing on stopwatch time measurement, homework sampling, scheduled time measurement, standard data, learning curve and so on. The last three chapters consist of field management methods, job analysis and design, and the development of industrial engineering. This book can be used as a teaching material for undergraduates majoring in industrial engineering in colleges and universities, and can also be used for the study or training of engineers and managers.
What is the focus of the basic industrial engineering examination? Your question is also very difficult. Every school is different, whether it is a professional exam or a postgraduate entrance examination. Make it clear, and I think it is better to ask the teacher.
How to find the release rate in basic industrial engineering? The Department of Industrial Engineering designs, improves and establishes an integrated system including personnel, materials, information, devices and energy. It uses the specialized knowledge and technology in mathematics, physics and social sciences, as well as the principles and methods of engineering analysis and engineering design to establish, predict and evaluate the results of the system.
The specific work that can be done is as follows:
1. Process flow design
Product mix analysis
Working time analysis: timer, evaluation and RWF.
Fixed time (t.t.) setting
Workforce and workstation demand calculation
Design of workstation operation content and determination of operation standard working hours
Line balance
Fixture, Tool and Fixture Design
Workstation layout design: ergonomics, action economy principle.
2. Process flow design
Factory layout (production area, warehouse area, factory facilities, offices, corridors, other areas):
SLP- system layout planning,
SHP- System Processing Plan
Moving line design (people flow, logistics)
Material conveying system: conveying device, conveying manpower and conveying frequency.
Power transmission system: compressed air, electricity, produced water, produced gas and produced oil.
Factory facilities and systems: air conditioning, broadcasting, waste gas emission, waste treatment, grounding and conduction, noise prevention, signal, communication and network.
3. Standard cost setting
Capacity setting: total demand of production device/device man-hour and total demand of operating manpower/operating man-hour.
Budget ...
Man-hour expense rate: machine installation man-hour, operator man-hour, R&D man-hour and other service man-hours.
Technical data: machine installation efficiency, operator efficiency, product standard working hours (machine installation working hours and operator working hours), product harvest rate, product defective rate, working hours allowance rate and unproductive working hours.
Material standard cost
The allocation rate of initial cost is determined as follows: R&D cost, special equipment cost and special mold cost.
Under what circumstances must field improvement be carried out? What technology is used to improve the efficiency of basic industrial engineering (from the perspective of basic industrial engineering) I think the following situations need to be improved on the spot:
1. Here is the bottleneck process.
There are defective products here.
You participated in this improvement activity (project-oriented).
4. The operators of this process constantly improve themselves.
As for the methods to improve efficiency, the actual situation is generally (many times industrial engineering is not everything):
1. Eliminate bottlenecks
2. Buy equipment, increase personnel and work overtime.
3. Adoption of new technology, automation, improvement of molds and fixtures.
4. Shorten downtime and waiting time.
5. Reduce the rate of defective products
Reduce work in process
6. Improve the operation mode, unit output and so on.
7. Basic industrial projects to improve efficiency
8. Give the task objectives, require completion and reward.
What is the content of engineering structure foundation? Just talk about the form of infrastructure.
Single raft foundation box foundation .......
How to calculate the daily production capacity There are two methods to calculate the daily production capacity in basic industrial engineering:
Theoretical daily production capacity = working hours * number of workers/total operating time of products
Actual daily production capacity = working hours * number of employees/total running time of products * average efficiency achievement rate
What experiments in basic industrial engineering seem to be reactive, noisy, hands-on and so on?
Relationship between quality management and basic industrial engineering and human factors engineering. Basic industrial engineering is a systematic description of the definition, tasks and tools of industrial engineering, which gives a general explanation to each branch. Quality management and human factors engineering are a part of many branches of industrial engineering, including quality management, production planning and control, enterprise resource planning, lean production, unit production and comprehensive equipment maintenance. And human factors engineering and ergonomics. Basic industrial engineering is the key link, and quality management and human factors engineering are part of the purpose. This is just a simple description, and it is more profound to read professional books on industrial engineering. If there is a fate, I am willing to study and discuss with you!
Who can give me a paper on basic industrial engineering? Eliminating the Bottleneck in line balance —— Is it OK to apply basic IE in air conditioning production? If so, please send me an email.
What is "5S"? 5S is the core part of quality TQM. -"5s" is the abbreviation of five words: Seiri, Seiton, Seisou, Seiketsu and Shitsuke. Later, it also extended to 6s and 7s until 10s.