1. Have good engineering ethics, strong sense of social responsibility and good humanities literacy;

2. Master the solid basic knowledge of engineering and the basic theoretical knowledge of the major, and understand the development status and trend of the major;

3. Have the ability to comprehensively apply the learned scientific theories, analysis and problem-solving methods and technical means to analyze and solve practical engineering problems, be able to participate in the design of production and operation systems, and have the ability to operate and maintain;

4. Have a strong sense of innovation and preliminary ability to carry out product development and design, technological transformation and innovation;

5. Understand the technical standards of the professional field, the policies, laws and regulations of related industries;

6. Have good organizational and management skills, strong communication, environmental adaptation and teamwork skills;

Knowledge competency standards.

7. Master engineering drawing standards and general mechanical engineering drawing representation methods; Master electrical engineering drawing methods and be familiar with electrical engineering drawing standards.

8. Familiar with the principle of common mechanical mechanisms; Master the basic principles and methods of mechanical design, and be able to design common mechanical parts and components; Master the types and properties of common engineering materials, and be able to reasonably select materials for the use requirements of parts and components; Learn about commonly used heat treatment techniques.

9. Master the use of various common electrical and electronic instruments and various basic circuit testing methods of electrical and electronic circuits.

10. Master the basic principles of automatic control; Master PLC application technology and have the preliminary design ability of electrical control with PLC. (5) Master the test methods of power electronic circuits and devices; Have the ability to analyze commonly used power electronic circuits, and have the preliminary design ability of power electronic converter circuits and devices.

11. Master the basic principles, structure and analysis calculation methods of power transformers, DC motors, induction motors and synchronous motors, as well as the principles and basic circuits of motor starting, speed regulation and braking.

12. Master the structure, principle and design calculation method of high and low voltage electrical appliances and their complete sets of equipment, and have preliminary design capabilities; Master the principle and design implementation method of electrical intelligence, and have preliminary intelligent electrical appliance development and design capabilities.

13. Master the basic methods of power system analysis; Master the principles and methods of power system relay protection and integrated automation; Have the ability to operate and maintain the power system; Master the design and calculation methods of power supply and distribution systems, and have the preliminary ability to design power supply and distribution systems for substations and power users.