1.Training objectives and standards
The programme aims to foster the all-round ethical, physical and intellectual development of students in line with the needs of the hydraulic and hydropower industry. Graduates should be advanced, application-oriented professionals, equipped with the skills and competence applicable to career opportunities related to the operation, maintenance, design, manufacture and development of mechatronics products and systems.

Students should have a strong sense of patriotism and a desire to strive to serve the people. They should be law-abiding and have strong social morals and professional ethics.

Professional requirements:
(1) A solid grasp of the basic knowledge and skills of mechanical design and manufacture;
(2) A solid grasp of the basic theories, knowledge and skills of control engineering, such as sensor testing technology, execution and drive technology, and computer control technology;
(3) An acquisition of the comprehensive preliminary capability in the design, manufacture, use, maintenance, research and development of mechatronics products and systems;

(4) Basic abilities relating to technical and economic analysis and the production organization management of electrical product manufacturing projects;

(5) The ability to speak a foreign language to a certain level and have the ability to read foreign language materials for the course;

 

2. Programme orientations:
This programme has three orientations: Mechatronics Systems, Mechanical Manufacturing Process Automation and Intelligent Control.

3.Core courses

Mechatronics Systems: C++ Language Programming, Computer Graphics, Introduction to Electrical Control Engineering, Electrical Control and Programmable Controller Technology, Sensor and Test Technology, Mechanical CAD/CAM, Hydraulic Pneumatic Technology, Introduction to Mechatronics System Design.

Mechanical Manufacturing Process Automation: C++ Language Programming, Computer Graphics, Introduction to Electrical Control Engineering, Electrical Control and Programmable Controller Technology, Sensor and Test Technology, Mechanical CAD/CAM, Hydraulic Pneumatic Technology, Introduction to Mechatronics System Design.

Intelligent Control: Introduction to Electrical Control Engineering, Electrical Control and Programmable Controller Technology, Industrial Microcomputer, Computer Networks Technology, Motor and Control, Mechanical and Electrical System Intelligent Control Technology.
4.Graduation
The minimum number of credits required for graduation is 71. Graduates obtaining the required number of credits are awarded a nationally-recognized graduation certificate of higher education.