After many years of development, the research work of the School of Mechanical Engineering of Shanghai Institute of Technology has formed four main research directions, such as CNC machining technology as the core, modern mechanical design, modern design of vehicle components, virtual manufacturing. The College has a number of key laboratories, including the key laboratory of precision grinding technology in the machinery industry, the mechanical industry, automotive chassis mechanical parts strength and reliability evaluation of the key laboratory, the mechanical industry, CNC machine tool optimization technology laboratory, Shanghai CNC machine tool optimization technology service platform and Shanghai CNC equipment engineering technology research center.

➤Personal Profile: Li Hao Lin, PhD, Professor of Engineering, PhD Supervisor. He is currently the dean of the School of Mechanical Engineering and director of the Institute of Advanced Manufacturing Technology at the Shanghai Institute of Technology. He is the director of the Key Laboratory of Precision Grinding Technology in China's Machinery Industry and a member of the Steering Committee of Machinery Design and Manufacturing and Automation Teaching of the Ministry of Education.
➤ Research interests: in CNC technology, precision testing and intelligent control.
➤ Main Achievements: Since 2000, he has led many research projects, including the Shanghai Shuguang Project, the Key Science and Technology Tackling Project of the Shanghai Science and Technology Commission, the Key Young Teachers Fund Project of the State Education Commission, the Key Research Project of the Shanghai Education Commission, the Key Fund Project of the Shanghai Science and Technology Commission, the International Cooperation Project of the Shanghai Science and Technology Commission, the International Cooperation Project of the State Ministry of Science and Technology, and the Major Fund Project of the Shanghai Science and Technology Commission. In the research, he has obtained two national invention patents, one utility model patent, and one computer software copyright. The "CNC grinding machine drive chain error measurement and analysis system", "CNC gear shape grinding control system", "CNC cylindrical grinding control system", "CNC grinding machine control system". "On-line measurement and error compensation of grinding wheel wear on CNC grinders" has been applied in actual production. He has published nearly 60 papers in core journals such as the Journal of Mechanical Engineering and the Journal of Metrology.

➤Personal Profile: Zhonghou Wang, Ph.D., Professor, Associate Dean of the School of Mechanical Engineering, Shanghai Institute of Technology.
➤ Research interests: research on simulation techniques for gear dynamics.
➤ Key results.
During his 11 years of study abroad and research and development work, he has accomplished many world-class results. He has presided over and participated in many large Japanese companies, such as Toyota Motor Corporation, Suzuki Motorcycle, Mitsubishi Heavy Industries, etc., as well as dozens of large research and development projects in China, such as Xugong Machinery, Shanghai Machine Tool Factory Company, Valin Automobile, etc. He has published more than 60 academic papers and has entered into more than 20 scientific researches. He has published more than 60 academic papers and entered more than 20 of the three major search engines.
Scientific research results.
Firstly, we systematically studied the modeling technology based on the natural contact characteristics of the parts joints and the optimization technology of static dynamic performance based on the whole machine modeling state. The results have been successfully applied to the 80-ton large roll grinding machine of Shanghai Machine Tool Plant, the 1200-ton all-terrain crane of XCMG Technology, and the static and dynamic performance research and development work of the Suzuki motorcycle racing bike of Japan.
Second, taking into account the measured machine tool machining error, heat treatment deformation, tooth contact position and time-varying meshing stiffness and other factors, a fully digitalized actual tooth surface is constructed and a precise tooth surface contact analysis is performed to meet the actual situation. The index value of vibration excitation force is proposed to predict and judge the vibration size of gears. Developed a computer simulation system for the dynamic performance of automotive hypoid (including involute) gears, and applied it to the gear manufacturers of Toyota Motor Corporation, Nissan Motor Corporation, and Daihatsu Motor Corporation in Japan.

➤Personal Profile: ding Xiaohong, professor, Ph. He is currently a professor at the School of Mechanical Engineering, Shanghai Institute of Technology, and director of the Key Laboratory of CNC Machine Tool Optimization Technology for the Machinery Industry.
➤ Research interests: structural multidisciplinary optimization design methods, intelligent structures, etc.
➤ Major Achievements: In recent years, he has presided over a number of national and provincial and ministerial-level scientific research projects, including the National Natural Science Foundation of China, major special projects of the Ministry of Science and Technology, and the Natural Science Foundation of Shanghai. He has published more than 40 papers, among which more than 10 are indexed by SCI and EI.

➤Personal Profile:Songlin Zheng, male, Ph. D., is currently a professor and director of the Institute of Automotive Engineering, School of Mechanical Engineering, Shanghai Institute of Technology.
➤ Research interests: automotive lightweight design theory and methods, vehicle strength and reliability evaluation techniques, automotive recycling theory and methods.
➤ Main Achievements: Responsible for and participated in the completion of the former Ministry of Machinery Industry Science and Technology Development Fund "Tractor Ergonomics - Safety Protection" and "Research on the Law of Fatigue Accumulated Damage", etc., a total of 6 projects; participated in the completion of the National Institute of Technology (NIT), the National Institute of Technology (NIT) and the National Institute of Science and Technology (NIT). "Seven - five" science and technology research project "wheel tractor CAD research and development" 1; responsible for the completion of "wheel tractor semi-axle, drive shaft, front axle fatigue life experimental methods and evaluation indexes "Since 2001, the company has successively undertaken the National Natural Science Foundation of China (50375101)(50875173), and the National Research Foundation of China (50875173). The Grant No. 2003033323, China Postdoctoral Science Foundation (2003033323), Shanghai Major Industrialization Project (20051020DLSJ04-C), Shanghai Science and Technology Commission Key Tackling Project (08dz1150307) (09dz1100500), Shanghai Education Commission (Key) Development Fund (02QK01) (07ZZ86) (09ZD154). He has published more than 50 academic papers and 5 national invention patents.

➤ Personal profile: yunfei mai, associate professor, master's supervisor. He is currently deputy director of the Institute of Advanced Manufacturing Technology, Shanghai Institute of Mechanics, Shanghai Institute of Technology.
➤ Research interests: mechanical design and manufacturing automation, mechanical and electrical engineering.
➤ Main Achievements: Mainly engaged in research and development of mechatronics equipment, computer measurement and control system, hydraulic servo control system, electrical control system and precision test equipment. Has been responsible for and participated in the completion of "automatic brake piston testing device for passenger car", "design and manufacture of flow cell for biochemical instrument", "design and manufacture of two-piece rubber laminating press", "design and manufacture of More than 20 longitudinal and transversal scientific research projects, such as "automotive seat angle motor performance testing and run-in equipment control system development", "electro-hydraulic servo control hydraulic dampers dynamic performance testing system software development". Published more than 20 academic papers (including EI, ISTP retrieved 2), applied for national invention patent brake master cylinder photoelectric detector (2) and other 2.

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