Employment direction of mechanical design specialty

What is the employment direction of mechanical design, manufacturing and automation? Mechanical design, manufacturing and automation is a comprehensive technical subject to study the enterprise management of various industrial mechanical equipment and electromechanical products from design, manufacturing, operation control to production process. Cultivate senior engineering and technical personnel with basic knowledge and application ability of mechanical design and manufacturing, who can engage in design and manufacturing, scientific and technological development, applied research, operation management and sales in the field of mechanical manufacturing in the front line of industrial production. Below I have sorted out the employment direction of mechanical design and automation for you, hoping to help you!

Professional basic course

Advanced mathematics, linear algebra, probability theory and mathematical statistics, college physics, college physics experiments, general chemistry and experiments, engineering graphics, theoretical mechanics, material mechanics, circuit foundation, mechanical principle, mechanical parts, electronic technology, interchangeability and technical measurement, engineering materials, metal technology, testing and sensing technology, manufacturing technology foundation, hydraulic and pneumatic technology, electromechanical transmission control, mechanical engineering comprehensive experiments, etc.

Specialized course of mechanical design, manufacturing and automation

Mechanical manufacturing technology, mechanical system design, electromechanical control system analysis and design, mechanical manufacturing equipment design, numerical control technology and application.

Elective course of mechanical design, manufacturing and automation specialty

Mechanical dynamics, software engineering, network technology, multimedia technology and application, database principle and application, mechanical innovation design, industrial robot foundation, mechanical fault diagnosis, literature retrieval, professional foreign languages, finite element method, mechanical optimization design, process automation, advanced manufacturing technology, special processing, group technology and CAPP, introduction to intelligent machinery, introduction to micro-machinery, virtual prototype technology, marketing, online detection and control, and practicality.

Mechanical design and manufacturing and its automation practice teaching

Including military training, metalworking, electrician, electronic practice, cognitive practice, production practice, social practice, curriculum design, graduation design (thesis) and so on. , generally should be arranged for more than 40 weeks.

Professional experiment of mechanical design, manufacturing and automation

Modern manufacturing technology comprehensive experiment, test and information processing experiment, numerical control machine tool experiment, mechanical parts and mechanical design experiment.

Open colleges and universities

There are more than 500 colleges and universities offering mechanical design, manufacturing and automation, which is the most common college major. The main institutions are:

Mechanical design ranking, Name of manufacturing and automation professional school ranking School name ranking School name ranking School name ranking School name ranking Huazhong University of Science and Technology A+ 23 Southeast University A 45 Liaoning University of Engineering Technology A 2 Xi An Jiaotong University A+ 24 Harbin Engineering University A 46 Guangdong University of Technology A 3 Shanghai Jiaotong University A+ 25 Beijing Institute of Technology A 47 Chang 'an University A 4 Tsinghua University A+ 26 Donghua University A 48 Southwest Petroleum University A 5 Harbin Institute of Technology A+ 27 Taiyuan University of Technology A 49 harbin university of science and technology A 6 Northwestern Polytechnical University A+ 28 Hunan University A 50 beijing university of chemical technology A 7 Chongqing University A+ 29 Nanjing University of Science and Technology A 5 1 Beijing University of Technology A 8 Northeastern University A+ 30 Wuhan University of Technology A 52 Anhui University of Technology A 9 Jilin University A+ 3 1 Sichuan University A 53 tianjin polytechnic university A 10 Zhejiang University A+ 32 Tongji University A 54 Henan University of Science and Technology A1Dalian University of Technology A+ 33 East China University of Science and Technology A 55 China Agricultural University A 654. 38+02 Shandong University A+ 34 Shanghai University A 56 Shandong University of Technology A 13 Southwest Jiaotong University A+ 35 Qingdao University of Science and Technology A 57 Xiangtan University A 14 Central South University A+ 36 xidian university A 58 China Youshi University A 15 Yanshan University A+ 37 Lanzhou University of Technology A 59 Huaqiao University A/ Kloc-0/6 China University of Mining and Technology A+ 38 Hebei University of Technology A 60 Fuzhou University 39 Jiangnan University A 6 1 Kunming University of Science and Technology A 18 Hefei University of Technology A 40 Dalian Jiaotong University A 62 Tianjin University of Science and Technology A 19 Beijing University of Science and Technology A 4 1 Jiangsu University A 63 Wuhan University A 20 South China University of Technology A 42 Xi State University A 2 1 Beihang University A 43 changchun university of science and technology A 65 Nanjing Institute of Technology A 22 Nanjing University of Aeronautics and Astronautics A 44 Shenyang Gong Li University A

The above table only lists institutions with rating A and above.

Cultivation direction

There are many professional training directions of machine self, and each school is different. Some colleges and universities are trained in the following professional directions: mechanical manufacturing and automation, manufacturing automation and measurement and control technology, microelectronic manufacturing equipment and automation, electromechanical, mold, numerical control, electromechanical control, electromechanical integration, numerical control technology, vocational education, electromechanical integration, mechanical automation, electromechanical engineering, mechanical technology, advanced manufacturing technology, electromechanical

National graduate students focus on mechanical engineering, mechanical manufacturing and automation, mechanical design and theory.

So this major is mainly divided into the following three directions:

Direction of mechanical and electronic engineering

Training objective: To cultivate engineering application-oriented talents who have mastered basic theories such as mechanical engineering technology, computer technology, testing technology and electromechanical control technology, received strict engineering practice training and preliminary scientific research training, and engaged in product design, manufacturing, research and development, equipment operation and technical and economic management of electromechanical integration.

Main courses: engineering mechanics, mechanical design foundation, mechanical manufacturing foundation, mechanical manufacturing equipment design, engineering materials, electrical and electronic technology, hydraulic and pneumatic transmission, control engineering, microcomputer principle and application, engineering testing technology, electromechanical transmission and control, numerical control technology, robot technology, production management, advanced manufacturing technology, molding technology and mold, CAD/CAM technology.

Employment direction: I can engage in product design, manufacturing and research and development related to mechanical and electrical engineering in all walks of life; Can also be engaged in business, management, quality inspection and control, education and scientific research.

Mechanical manufacturing and its automation direction

Training objectives: drawing, acquisition, conversion and detection of electromechanical signals, microcomputer and PLC control of electromechanical systems, literature retrieval and other basic skills. Strong practical skills in operation, debugging, repair and maintenance of CNC machine tools. Have the ability to test mechanical and electrical parameters and reasonably use mechanical and electrical equipment by means of modern technology, and have the ability to develop and apply mechanical and electrical products. Have the ability of R&D and structural design of mechanical, electronic and digital products. Have the management ability of electromechanical related production enterprises and R&D institutions.

Main courses: main courses: mechanical design, mechanical principle, mechanical drawing, interchangeability and measurement technology, pneumatic and hydraulic transmission, numerical control technology, engineering mechanics, mechanical engineering measurement and testing technology, electrician and electronic technology, microcomputer principle and application, mechanical engineering materials and mechanical manufacturing technology foundation.

Employment orientation: This major trains senior engineering and technical personnel with basic knowledge and application ability of mechanical design and manufacturing, who can engage in design and manufacturing, scientific and technological development, applied research, operation management and sales in the field of mechanical manufacturing in the front line of industrial production.

Mechanical design and theoretical direction

Training objective: With the design and manufacture of composite components, computer-aided engineering, design and theoretical research of light industrial automation machinery as the goal, apply computer-aided design and modern detection technology to the design process of machinery and its products, and master solid basic theory and systematic professional knowledge. Understand the current situation and development trend of the discipline, and have the comprehensive quality and knowledge structure of engineering design and management.

Main courses: elasticity, testing technology, finite element and programming, modern design theory, mechanical optimization design, intelligent control system, bionics, modal analysis.

Employment direction: suitable for engineering, teaching, scientific research and management. Cultivate advanced technology of light industry for light industry machinery and food machinery industry.

Employment direction

(1) engaged in the preparation and implementation of mechanical design and manufacturing process regulations;

(2) Engaged in the maintenance of mechanical, electrical, hydraulic and pneumatic control equipment;

(3) Engaged in the design and manufacture of process tools;

(4) Engaged in programming and operation of high-intelligence equipment such as CNC machine tools and machining centers;

(5) Engaged in the application of mechanical CAD/CAM technology;

(6) Engaged in on-site technical management of mechanical design and manufacturing;

(7) Engaged in the sales and service of mechanical and electrical products.

(8) Engaged in teaching, scientific research and administrative management in institutions of higher learning, scientific research institutions and state organs.

(9) Engaged in the design, production and manufacture of mechanical molds.