Program Introduction: It’s a four-year bachelor of engineering degree program. This program builds upon SUES’ strong foundation in robotics research and benefits from Shanghai Collaborative Innovation Center for Robot Technology in Large-component Intelligent Manufacturing and CETC Intelligent Robot Modern Industrial College. With the design of robot systems and key components, drive control, and integrated applications as the main training threads, it adheres to the integration of industry and education as well as university-enterprise cooperation. It also emphasizes the organic integration of robotics with intelligent technology, information technology, and other fields. It is a broad-based new engineering program that integrates multiple disciplines such as robotics, machinery, electronics, control, and communication.
The program aims to cultivate high-quality engineering talents who uphold socialist core values, demonstrate well-rounded development in moral, intellectual, physical, aesthetic, and labor education, and possess a strong sense of social responsibility. Graduates will have a solid foundation in natural sciences and professional knowledge in robotics engineering, along with robust practical and application skills, lifelong learning capabilities, innovative thinking, teamwork, and organizational management abilities. They will be equipped to work in robotics-related fields, including design, manufacturing, technological development, integrated applications, and operational management, as highly skilled engineering professionals with strong comprehensive practical, and innovative capabilities.
Main Courses:Modern Engineering Graphics, Theoretical Mechanics, Material Mechanics, Mechanical Principles and Components, Electrical Engineering, Electronic Technology, Fundamentals of Manufacturing Technology, Interchangeability and Technical Measurement, Principles of Automatic Control, Fundamentals of Robotics, Principles and Applications of Microcontrollers, Engineering Economics and Project Management, Robot Drive and Control, Machine Vision and Image Processing, Robot Networking and Communication Technologies, Sensor Detection and Testing Technology, Hydraulics and Pneumatics, Robotic Mechanisms, Electrical Control and PLC Technology, Robot Control Technology, Special Robotics, Embedded Systems, Fundamentals of Artificial Intelligence, Robot Virtual Simulation Experiments, Robot Disassembly and System Design Experiments, Mobile Robot Comprehensive Experiments, Sensor Testing Comprehensive Experiments, Robot Innovative Design, Industrial Robot Comprehensive Training, etc.
Career Outlook:Graduates of this program can pursue careers in robotics development and application, electro-mechanical engineering, automation, automotive manufacturing, advanced production manufacturing, smart manufacturing, artificial intelligence, and related fields. They are equipped to engage in the design, manufacturing, technical development, integration, and operational management of robotics-related intelligent equipment and systems.