Electrical Engineering and Its Automation

(1) About the Program

Th program in Electrical Engineering and Its Automation is designed to meet the needs of building socialism with Chinese characteristics. It cultivates well-rounded professionals who excel in a well-rounded development. It helps to graduates master fundamental theories, specialized knowledge, and practical skills in electrical engineering, enabling them to design and develop electrical equipment. Equipped with analytical judgment, organizational coordination, and self-learning capabilities, they will demonstrate innovative entrepreneurial spirit and comprehensive competencies. These graduates will be adaptable to societal demands, capable of engaging in scientific research, engineering design, technology development, manufacturing, operation, testing analysis, and management in electrical equipment manufacturing and power systems.

(2) Course Info

There are 14 core courses offered in this program. They are Introduction to Engineering Drawing, Principle of Circuits, Analog Electronic Technology, Digital Electronics Technique, Electromagnetic Fields, Power Electronics Technology，Electrical Machine, Electrical Apparatus, Power System Analysis, High Voltage Engineering, Signal and System, Detection Technology and Application, Automatic Control Theory, Microcontroller Principle and Application

Automation

(1) About the Program

The program in Automation cultivates well-rounded professionals with moral integrity, intellectual competence, physical fitness, aesthetic appreciation, and work ethic. It helps students to master foundational knowledge in mathematics, natural sciences, humanities, social sciences, automation theories, and specialized skills. Equipped with robust engineering capabilities to tackle complex challenges, they can develop innovative thinking and comprehensive competencies that meet societal demands. Graduates can excel in scientific research, product development, engineering design, and application development across fields such as motion control systems, power electronics, industrial automation, and artificial intelligence applications.

(2) Course Info

There are 14 core courses offered in this program. They are Circuit Principle, Analog Electronic Technology, Digital Electronic Technology, Power Electronic Technology, Automatic Control Principle, Modern Control Theory, Motor Principle and Drive, Microcomputer Principle and Single Chip Microcomputer Technology, DC Drive Automatic Control System, Computer Control Technology, System Identification and Modeling, Intelligent Sensor and Detection Technology

Biomedical Engineering

(1) About the Program

The program in Biomedical Engineering cultivates well-rounded professionals with moral integrity, intellectual competence, physical fitness, aesthetic appreciation, and work ethic. It educates students to master core disciplines including mathematics, physics, chemistry, biology, and medicine, while acquiring foundational theories and practical skills in modern biomedical instrumentation. The curriculum emphasizes industry trends, analytical synthesis, hands-on expertise, and continuous learning capabilities. Designed to meet societal demands, graduates will develop innovative entrepreneurial spirit and comprehensive competencies, preparing them for careers in biomedical engineering-related fields such as education, research, technology development, engineering, and administrative management.

(2) Course Info

There are 11 core courses offered in this program. They are Circuit Principles, Signal and System Processing, Medical Sensors, Medical Imaging Systems, Biomedical Electronics, Artificial Intelligence and Medical Engineering Systems, Digital Signal Processing, Medical Embedded System Applications, Anatomy and Physiology, Cell and Molecular Biology, Medical Imaging.

New Energy Science and Engineering

(1) About the Program

The program in New Energy Science and Engineering is designed to meet China's national energy development strategies and societal needs. It cultivates well-rounded professionals with moral integrity, intellectual competence, physical fitness, aesthetic appreciation, and practical skills. It helps students to acquire foundational theories in wind power and thermal storage technologies, while systematically mastering expertise in energy conversion, system control, and intelligent systems. Equipped with interdisciplinary knowledge spanning mathematics, natural sciences, computational science, and engineering fundamentals, graduates demonstrate problem-solving capabilities to address complex energy engineering challenges. Graduates are prepared for technical roles including wind power equipment design, operation and maintenance, and integrated energy engineering applications. The program fosters innovative thinking and comprehensive competencies, cultivating high-caliber applied specialists with entrepreneurial spirit.

(2) Course Info

There are 11 core courses offered in this program. They are Engineering Mechanics, Heat Transfer, Engineering Thermodynamics, Basic Mechanical Design, Basic Circuit Analysis, Power Electronics Technology, Automatic Control Principle, Motor Science, Wind Turbine Principle and Design, Wind Turbine Control Technology, Wind Farm Electrical System.