Industrial engineering employment direction of those who are clear students, not clear, come to me here to see. The following is organized by me for you "industrial engineering employment direction have those", just for reference, welcome to read.
Industrial engineering employment direction of those
Industrial engineering graduates, both engineering and management of the foundation, with a wide range of interpersonal and organizational skills, favored by foreign-funded enterprises, joint ventures, domestic large and medium-sized enterprises, graduates of the employment surface is very broad, can be used in the manufacturing and service enterprises as industrial engineering and manufacturing, quality, logistics and other areas of engineers and managers, but also in the government or consulting firms to become managers, can also be in the government or consulting firms to become managers. They can work as engineers and managers in industrial engineering and manufacturing, quality, logistics and other fields in manufacturing and service enterprises, and can also become managers and civil servants in government or consulting firms or engage in teaching in the education field.
Industrial engineering graduates can work as industrial engineers, systems analysts, production engineers, management consultants, operations analysts, and similar positions in industrial companies, financial banks, consulting services, or government departments. There are also some graduate students in industrial engineering, management, law, etc. Most of them will work as full-time industrial engineers after graduation. The following is a list of several types of industrial engineering students can be engaged in the career:
1, industrial engineering designers - in multinational corporations, foreign-funded enterprises, state-owned, private enterprises, etc. engaged in the management of the work in order to improve productivity and reduce costs.
2, quality management - engaged in industrial production enterprise quality management, as industrial engineering students master mechanical design, production management, ergonomics, quality management and other professional knowledge, can be very quickly integrated into the quality management work. At the same time, many companies do not have an industrial engineering department, so and lean production, system improvement and other related work is done by the quality department, therefore, industrial engineering students have a lot of space for development in quality management.
3, consulting companies - engaged in market research, industry consulting and other work.
4, government agencies civil servants - engaged in economic management.
5, college teachers - engaged in teaching and research work.
Industrial Engineering
Cultivation Requirements
The professional students mainly learn the basic theory and basic knowledge of industrial engineering, by the application of industrial engineering theories and methods to analyze and solve the actual problem of the basic training, with actual
Knowledge and Skills
Graduates should obtain the following aspects of knowledge and ability:
1. master the basic theory of industrial engineering disciplines, basic knowledge;
2. master the analysis of the management of the system and management techniques;
3. have a certain engineering disciplines (such as mechanical engineering) basic technology;
2. master the system management of the analysis and management techniques;
3.4. Familiar with the relevant guidelines, policies and regulations of economic construction and enterprise management;
5. Understand the theoretical frontiers of modern industrial engineering, application prospects and development trends;
6. Master the basic methods of literature search, data query, with scientific research and practical work of the initial ability.
Main Disciplines
Management, operations research, statistics, human factors engineering, mechanical engineering, etc.
Main Courses
Fundamentals of Electrotechnical Engineering, Fundamentals of Mechanical Design (or a certain type of engineering design such as electronics, metallurgy, etc.), Operations Research, Systems Engineering, Introduction to Management, Marketing and Sales. Introduction, management, marketing, accounting and financial management, management information systems, etc..
Practical Teaching
The main practical teaching links: including metalwork internship, electronic process internship, production internship, graduation internship, etc., generally arranged for 32 weeks.
Expanded reading: polymer materials and engineering professional employment direction
After graduation, the students of this specialty can be engaged in various materials preparation, processing and molding, material structure and properties in the field of scientific research and teaching, technological development, process and equipment design, technological transformation and management, etc., and engaged in scientific research, teaching and enterprises in related work.
Engaged in the industry:
After graduation, they mainly work in the petroleum, raw materials, new energy and other industries, which are roughly as follows:
1 Petroleum/chemical/minerals/geology
2 Raw materials and processing
3 New energy
4 Automobiles and spare parts
5 Other Industries
6 Electronics/Semiconductors/Integrated Circuits
7 Machinery/Equipment/Heavy Industry
8 Medical Devices/Instruments
Positions Engaged in:
After graduation, we mainly engage in the work of research and development engineers, process engineers, sales engineers, etc., which are roughly as follows:
p> 1 R&D Engineer
2 Process Engineer
3 Sales Engineer
4 Material Engineer
5 Technical R&D Engineer
6 Product Engineer
7 Injection Engineer
8 Lithium Battery Process Engineer
Working city:
After graduation, there are more job opportunities in Shanghai, Guangzhou, Shenzhen and other cities, roughly as follows:
1 Shanghai
2 Guangzhou
3 Shenzhen
4 Dongguan
5 Beijing
6 Hangzhou
7 Suzhou
8 Foshan
Polymer What are the job prospects for materials and engineering majorsPolymers are indispensable to any industry, from the smallest to dress and eat, computer and cell phone, to the largest to construct buildings and aerospace.
The social demand for polymer materials and engineering professionals is still expanding, and polymer materials and engineering professional counterparts of the work is not difficult to find, it is difficult to find how to find a promising job.
Intuitive data show that the employment rate of polymer materials majors is relatively high, more than 92%. Seniors choose state-owned enterprises accounted for 26.34%, private and private enterprises accounted for 13.17%, three-funded enterprises accounted for 11.93%, research and design units 6.26%.
The experience of the elder brothers and sisters is that the main direction of polymer materials have jobs, such as plastics, rubber, synthetic fibers, adhesives, and coatings, and composites in the cross-cutting areas, and it is relatively good to find a job for those who are chemical-oriented in these directions.