Program Characteristics:
Highly Practical: This major boasts equipment valued at 8 million RMB. It features a digital training workshop equipped with software such as CAD/CAM, CAPP, CNC simulation software, and multiple CNC milling and turning machines. Other training facilities include a digital design and manufacturing lab, metalworking lab, drafting and mapping lab, mechanical assembly and disassembly lab, PLC lab, hydraulic transmission lab, and CNC maintenance lab. These facilities ensure the program keeps pace with technological advancements in the market and cultivates well-rounded, high-quality technical talent in moral, intellectual, physical, and aesthetic development.
High Level of Intelligence: Equipped with advanced devices such as 3D printers, laser scanners, and industrial robots, the program achieves superior design outcomes and streamlined production models. This significantly enhances the core competitiveness of graduates in mechanical manufacturing and automation.
Strong Technical Focus: Courses are taught by senior technicians and Ph.D. holders, covering topics such as CNC machine operation and part processing, computer-aided design and manufacturing, CNC machine fault diagnosis and maintenance, CNC machining technology, industrial robot operation and programming, and 3D printing technology applications.
Excellent Employment Prospects, Nearly 100% Employment Rate in Shanghai, with Great Future Opportunities:
With the rapid development of science and technology, high-level automated equipment such as CNC machines, machining centers, and automated production lines are being widely applied. This discipline enjoys a promising outlook, with increasing demand for professionals in this field.
Main Courses:
- Mechanical Drawing and CAD
- Fundamentals of Mechanical Manufacturing
- Fundamentals of Mechanical Design
- Tolerances, Fits, and Measurement
- Hydraulic and Pneumatic Technology
- CNC Machining Technology
- Electrical and Electronic Technology
- CNC Programming and Application
- Electromechanical Transmission Technology
- Electrical Control and PLC Technology
- Industrial Robot Fixture Design and Fabrication
- Industrial Robot Operation and Programming
- 3D Printing Technology Application
Main Practical Training:
- Benchwork Training
- Metal Cutting and Machining Training
- Mechanical Mapping Training
- Professional Training
- Industrial Robot Application Training
- Comprehensive Graduation Project
Employment Directions:
Graduates can work in electromechanical equipment manufacturing industries in roles such as mechanical product design and development, mechanical manufacturing process and implementation, mechanical processing and inspection, electromechanical equipment management and maintenance, CNC machine programming, operation and maintenance, CAD/CAM technology application, and other related positions.
