Program Introduction: It’s a four-year bachelor of engineering degree program. This program was verified as a state-level first-class undergraduate program, and it is also a pilot program for an Excellent Engineer Education Training Program supported by the Ministry of Education. With modern mechanical engineering as the professional background, this program strengthens the cross-penetration of mechanical engineering and microelectronics, automation, informatization and management, and combines knowledge transfer, ability training, and quality education closely through the teaching mode of theory and technical practice and the application of new technology in this program. At the same time, this program aims to cultivate students with solid basic knowledge of engineering and mechanical engineering, so that graduates can provide solutions for complex engineering projects. The use of the 3+1 school-enterprise joint talent training model, 3 years of study in school, a cumulative 1 year in the enterprise engineering practice, and graduation design, pays attention to the coordinated development of students' knowledge, ability, and quality. This program also cultivates applied high-tech engineering personnel who work in modern mechanical engineering and related fields in mechanical design and manufacturing, automated testing and control, scientific and technological development, applied research, operation management, and so on.
Main Courses: Engineering Mechanics (I), Engineering Mechanics (II), Mechanical Principles, Mechanical Design A, Engineering Fluid Mechanics, Thermal Engineering Foundation, Electrical Technology (including Experiments), Electronic Technology (including Experiments), Materials Science Foundation B, Manufacturing Technology Foundation A, Interchangeability and Technical Measurement A, Computing Methods, Microcomputer Principles, Interface Technology, The theoretical basis of control, distributed control system, mechanical manufacturing process, hydraulic transmission and pneumatic technology, mechatronic system design, mechanical and electrical transmission control, engineering project management and decision-making, mechanical CAD/CAM technology, CNC technology, modern processing technology, sensing and testing technology, computer control technology, intelligent control system, and other theoretical courses and practical teaching links.
Career Outlook: Graduates of this major work in modern mechanical engineering and related fields of mechanical design and manufacturing, automated testing and control, scientific and technological development, applied research and operation management, and other aspects of work.