Automation professional ranking and employment direction
In Wushulian's 2013 China University's professional strength rankings, only three universities' automation is A-level:
Tsinghua University, Zhejiang University, Huazhong University of Science and Technology. It can only be said that the automation expertise of these three universities is relatively strong.
The following is the 2013 ranking of the Ministry of Education on Control Science and Engineering, for reference only.
10145 Northeastern University 1
10335 Zhejiang University 2
10003 Tsinghua University 3
10248 Shanghai Jiaotong University 4
10286 Southeast University 5
10698 Xi'an Jiaotong University 6
10213 Harbin Institute of Technology 7
90002 National University of Defense Technology 8
10007 Beijing Institute of Technology 9
10006 Beijing University of Aeronautics and Astronautics 10
10487 Huazhong University of Science and Technology 11
10699 Northwestern Polytechnical University 12
10217 Harbin Engineering University 13
10288 Nanjing University of Science and Technology 14
10533 Central South University 15
10358 University of Science and Technology of China 16
90043 Second Artillery Engineering College 17
10251 East China University of Science and Technology 18
10532 Hunan University 19
10561 South China University of Technology 20
10141 Dalian University of Technology 21
10701 Xi'an University of Electronic Science and Technology 22
10287 Nanjing University of Aeronautics and Astronautics 23
10614 University of Electronic Science and Technology of China 24
Mechanical design, manufacturing and automation (mechanical and electronic engineering)
Mechanical and electrical engineering professionals are listed by the state as one of the top ten professionals in the 21st century for social development. This direction mainly trains senior engineering and technical personnel who can apply mechatronics technology and have preliminary design and development capabilities. After learning, students can master the basic knowledge and necessary skills in machine, electricity, computer, etc., and have strong software and hardware development and application capabilities in electronic technology, microcomputer (including single-chip microcomputer) and its interface technology, and can independently carry out Development of micro-intelligent products. Graduates are mainly engaged in the design, development and manufacturing of electromechanical integration products in various types of enterprises.
Mechanical design, manufacturing and automation (CNC technology and applications)
CNC technology is the basis for modern industry to achieve automation, flexibility and integrated production. The direction of numerical control technology and application specialty teaches students the latest achievements in high-tech such as computer application technology, modern control technology and sensor detection technology, and trains senior engineering and technical personnel engaged in numerical control technology, numerical control equipment development, development and cad/ cam technology application. . Graduates are mainly engaged in the development of CNC equipment, CNC equipment application and maintenance, technology and production management in the manufacturing industry.
Mechanical design, manufacturing and automation (material forming and mold technology)
Material molding and mold technology professional direction to train students to master the modern material forming theory and process, and to use advanced manufacturing techniques to design and manufacture complex and precision molds. Students will receive comprehensive engineering training in stamping processes and molds, injection molding processes and molds, mold cad/cam/cae technology, CNC machining, and special processing. After graduation, students can engage in technical and management work in product design, mold design and manufacturing, and material molding processes in various manufacturing companies. They can also start their own businesses and engage in mold manufacturing.