Mechatronics engineering teaches the basic theoretical knowledge of mechanics, electronics, modern control and others, and trains students to master basic mechanical and electrical engineering skills through comprehensive training in mechatronics design, manufacturing and automation. This major aims to cultivate versatile senior engineering and technical personnel and management personnel who are able to engage in design and manufacturing, product development, application research, system integration, signal measurement and control, equipment testing, operations management, development and application in modern mechatronics.

Fundamental Courses

Mechanical Drawing, Engineering Mechanics, Electrical and Electronic Technology, Mechanical Principles and Design, Principles of Mechanical Engineering Control, Electromechanical Transmission Control, Sensing and Detection Technology, Hydraulic and Pneumatic Transmission, Single-Chip Microcomputer Principles and Application, Testing Technology, EDA Technology, Industrial Robot Theory and Application, Industrial Robot Programming and Operation, Virtual Instrumentation, Industrial Robot System Simulation, and Integrated Application of Industrial Robot Production Line.

Job Prospects

This major is characterized by wide caliber, emphasis on practice, and innovation, combined with the advantages of training students to master multi-disciplinary basic theories. Graduates may be engaged in the research, design, development, manufacturing, operations and management of mechanical and electrical products and equipment in complete automated equipment across the instrumentation, rail transit, mechanical processing, electronic manufacturing, new energy and other industries, or work on in teaching and scientific research in universities and scientific research institutes.

Potential jobs: mechanical engineer, structural engineer, test engineer, electronic engineer, electromechanical engineer, and sales manager.