Industrial Engineering (Industrial Engineering abbreviated as IE) is the discipline of designing, improving, and implementing the integrated system (Integrated System) consisting of people, materials, equipment, energy, and information, etc. It applies specialized knowledge and skills in mathematics, physics, and social sciences, and uses the principles and methods of engineering analysis to describe, predict, and evaluate the results that may be achieved by said system. It applies the expertise and skills of mathematics, physics and social sciences, and uses the principles and methods of engineering analysis to describe, predict and evaluate the results that may be achieved by the system.
Purpose of the implementation of industrial engineering:
Fundamental purpose - to improve the level of profitability of enterprises, improve the overall competitiveness of enterprises, improve the productivity of enterprises, and improve the productivity of society The implementation of industrial engineering is not only conducive to the enterprise, but also beneficial to the employees
1, increase income, improve the standard of living
2, to ensure occupational stability, safety
3, reduce fatigue intensity, maintenance and safety
3, reduce fatigue intensity, maintenance and safety. > 3, reduce fatigue intensity, maintain physical health
From the perspective of society as a whole, the implementation of industrial engineering will help optimize the allocation and effective use of social resources, and is conducive to sustainable development.
Characteristics of industrial engineering:
1, IE industrial engineering is the core to reduce costs and improve quality and productivity.
2, IE industrial engineering is a comprehensive system of applied knowledge (technology and management)
3, focusing on the human factor, is one of the characteristics of IE differentiated from other engineering disciplines.
4, IE industrial engineering is system optimization technology.
5, IE industrial engineering oriented - from micro to macro management.
Question 2: What is industrial engineering Hello, I am a student of Tongji University majoring in industrial engineering, the following is my understanding of industrial engineering in the process of learning and applying industrial engineering, I hope it will help you.
General
Industrial engineering is to create and deliver to the customer the products and services he needs in the most timely manner with the highest efficiency and lowest cost.
Main fields
Manufacturing and services, in this country, manufacturing is the main one.
Purpose
Manufacturing, as the "body" of China's industrial development, plays an important role in China's national economy, and "Made in China" is in a specific historical stage of transformation from external expansion to internal enhancement. The "Made in China" is at a specific historical stage of transformation from external expansion to internal enhancement. Products bearing the mark of "Made in China" are taking up an increasing share in the world market, and a new world manufacturing center is being formed. However, the image of "Made in China" in the world market is still "low quality, low price and low profit", and we expect that "Made in China" can gradually improve its connotation and become a "high-quality, low-cost, low-profit" brand. We expect "Made in China" to gradually improve its connotation and become synonymous with "high quality, low cost and high profit".
Enhancing the connotation and competitiveness of "Made in China" and realizing the enhancement from "low price, low quality and low profit" to "high quality, low cost and on-time delivery", which includes both *** industrial policies and *** industrial policies. This includes the formulation of *** industrial policy, as well as the innovation of enterprise management mode, the continuous progress of technology, and the longer-term training of talents and cultural development.
Content examples
Nowadays, China's manufacturing industry, enterprise management, often encountered two major types of problems: one is the delivery of orders on schedule, one is the inventory, the former affects the credibility of the enterprise and customer satisfaction, the latter affects the cost of the enterprise and the operation of the health of the funds. Many companies in the solution of these two problems are often one after the other, it is difficult to balance.
What we are trying to do in our production operation improvement project is to redesign the way the enterprise operates from the height of the system arc, which involves the field arrangement, the planning method, the material control, and so on, and to make suggestions on the employee performance appraisal and the way of compensation, etc., to carry out the improvement plan, to enhance the competitiveness of the enterprise, and ultimately to realize the prosperity of the regional economy, and to promote the competition and the efficiency of the national economy.
Improvement process
In-depth observation and understanding of the actual production site, identify problems, propose solutions, communication and implementation, and ultimately test the results of the improvement project.
Methods
Action analysis, material control, inventory management, Gantt charts, value stream maps, etc.
It is recommended that you study the professional courses, more to the factory, the scene to understand, (if you can participate in the manufacturing industry's production management and improvement that would be better) so that you can really appreciate the role of industrial engineering.
Question 3: Definition of Industrial Engineering in English 20 points Industrial Engineering (IE): the study of the human, material, information, equipment and energy constitute an integrated system de-sign, improvement and implementation; ...
Question 4: What is IE Industrial Engineering? Industrial engineering is a new labor science that emerged after the rise of modern capitalism. The scope of industrial engineering is very broad, in the whole industry chain plays a role throughout the industry. Industrial engineering covers the entire industrial chain process, is the soul and pillar of production management and even administrative management. Mainly in process management, organizational design, production management, project management, quality management and process design and many other aspects.
Industrial engineering in modern times by the father of labor science, Tyler, after the development of the scheduled time system by Menard, laid the foundation of engineering. In the production line to improve the Japanese Toyota's lean production method to make the contribution is particularly prominent. In short, industrial engineering to the design of the enterprise, small to the production line of the beat time is omnipresent, no omission of all covered.
There are many examples of industrial engineering being applied to production improvement, and the best way to learn IE technology is to learn the tools of IE while working in production practice. For example, to improve the production capacity of the production line, we first do a good job of the preliminary work, that is, to clarify the purpose of the project, to assess the project has no value, what are the limitations, and then decide whether or not to carry out. Secondly, we should observe the current situation, record what we find and when we find it through continuous observation, and then summarize it to find out the cause of the problem and solve it. When the problem is solved, see if the results are achieved, if not, we need to proceed to the next stage and analyze the cause of the problem. Find a solution through IE tools and implement it. Finally, evaluate the results of the implementation.
The above is the way to carry out the work of the production job speed up, if you need **** detailed advice please leave me a message!
Question 5: What are the definitions of productivity, cost, and quality in the core of industrial engineering 5 points Not sure exactly what the questioner is asking, just asking for the definitions of these three words is simple. Productivity is the time spent per unit of product; cost is the cost of materials, labor, energy, and equipment wear and tear per unit of product; and quality is the number and severity of defects in a product and the frequency of defects.
Question 6: What is the difference between engineering management and industrial engineering Hello
There is a clear difference between the two.
First of all engineering management was introduced in the country only in 98 years while industrial engineering was introduced in the country around 90 years for teaching and research.
Engineering management is the management of a project from the conceptualization of ideas to the formal operation of the whole process (the specific work includes: investment opportunities, preliminary feasibility studies, final feasibility studies, investigation and design, bidding, procurement, construction, commissioning, etc.). Such as real estate development, water conservancy projects. A little simpler is to build a community, from investment analysis to the implementation of a series of construction work must have knowledge and experience in engineering management.
Industrial engineering is the design and optimization of production systems to improve productivity and reduce costs as the main goal. At present, it is mainly used in manufacturing enterprises, mainly for enterprises to reduce production costs and improve production efficiency.
But there are also similarities between the two, such as both have knowledge of project management and cost management.
So it's easy to study industrial engineering and then engineering management, because the industrial engineering program basically includes engineering management.
For more on IE see hi.baidu/fireflavor
Question 7: Does industrial engineering belong to the engineering class of majors Industrial engineering is actually a management class of majors. Industrial engineering is a subject direction under the first-level discipline of management science and engineering in the management category. Bachelor's degree is issued as bachelor's degree in management.
Question 8: The understanding of the traditional industrial engineering is not the definition is not the difference between modern IE The traditional industrial engineering is very narrow, it is tightly focused on the enterprise production line for optimization and improvement. For example, work study, line balance and human-machine analysis. However, traditional industrial engineering is the foundation and core of factory improvement, other improvements are the extension of traditional industrial engineering and auxiliary.
Question 9: What is an industrial engineering program? Hello, I am an industrial engineering student. In terms of China's industrial engineering undergraduate program has only started about ten to twenty years or so, as long as the technology industry, traditional manufacturing, service industry, etc., all need industrial engineering personnel. Currently, mainland China's industries are developing rapidly, so the prospects for industrial engineering-related professionals are promising. Some of the more famous industrial engineering schools include Tsinghua University, Tianjin University, Xi'an Jiaotong University, Shanghai Jiaotong University, and Chongqing University.
The main courses include: mechanical engineering, production management, quality management, statistics, operations research, human factors, engineering economics, and facility planning, and so on.
The following excerpts I want to read the industrial engineering book e-book:
The field of industrial engineering has a long history, not only belongs to the cross-cutting integrated science, its technical connotation from the early included mechanical technology, electronic technology, the development of information technology. 1911, the U.S. Engineer Taylor published the principles of scientific management of the book, emphasizing the operation of the subdivided and professional division of labor, and advocate through the use of scientific methods to measure and evaluate, the pursuit of the scientific method of management. In 1911, the American engineer Taylor published a book of scientific management principles, emphasizing job segmentation and professional division of labor, advocating the use of scientific methods to measure and assess the pursuit of work efficiency, is regarded as the originator of industrial engineering. 1909, the United States of America, Pennsylvania State University, College of Engineering set up industrial engineering; 1914, the Massachusetts Institute of Technology (MIT) also set up the College of Engineering Management (Engineering Administration) Department, the opening of the world's industrial engineering related departments of the pioneer. 1935, the Waseda University College of Science and Technology in Japan was established. In 1935, Japan's Waseda University College of Science and Technology established the Department of Industrial Management. In 1952, the Tokyo Institute of Technology also set up the Department of Industrial Engineering (Japanese translation: management engineering), the founding director of the Department of Isosabe Kiichi that industrial engineering is not only a specialized field of engineering, not only the field of management, but engineering and management of the integrated science, the essence and connotation of industrial engineering, still being celebrated by the academic community.
Looking at the history of industrial engineering, it seems to see a history of industrial development. The 1910s Ford automobile led to the prosperity of the United States industry, the 1930s Japanese pre-war zaibatsu-type industrial rise, and the late 1960s in Taiwan, the establishment of three processing and export zones led to the takeoff of the export-oriented economy, are exactly the same as the establishment of the local industrial engineering-related departments interlinked. Looking ahead, the scientific nature of the integration of engineering and management in the field of industrial engineering will not change. With the development of technology and the blurring of national boundaries, industrial engineering, with its integrated and systematic nature, is bound to be one of the main streams of technological advancement in the 21st century.
Industrial engineering graduates have a wide range of career paths. The industry is mainly in the field, the field includes today's popular high-tech industry (panel, IC, information technology, etc.), to be transformed to the traditional industry (precision machinery, tooling machines, etc.), the bicycle industry, the aerospace manufacturing industry, the general private sector, and so on. The second is the service industry, such as the financial industry (banking, investment, securities, venture capital, etc.) and the medical industry or *** units.
The study of industrial engineering is very broad, if you want to continue to study after graduation, you can also according to personal interest in business administration, financial management, marketing management, information management, information engineering and other research institutes. In summary, studying industrial engineering, in terms of practice, can be in many industries to show their strengths, in terms of further study, can be in the engineering and management and other related areas of free development.