Overview
The program adopts a talent cultivation model characterized by "in-depth training, progressive development, and demand-oriented customization." It aims to develop students' basic understanding and application abilities of professional knowledge in Electrical Engineering and Its Automation (junior college to undergraduate program). On the basis of broad-caliber training, the curriculum places greater emphasis on cultivating professional practical capabilities. Through studies, students can engage in engineering design, manufacturing, system operation, system debugging, system analysis, and technical development in the field of intelligent control of power systems. The program is committed to fostering high-quality applied talents with a sense of social responsibility, strong innovative spirit, practical ability, and international perspective.
Why Choose Electrical Engineering and Its Automation?
- Broad Development Prospects.The level of Electrical Engineering and Its Automation serves as a key indicator of the modernization of national economy and people's livelihood. This major boasts extensive development and application across various industries. Students can pursue electrical-related careers in State Grid, digital factories, design institutes, and overseas companies, enjoying a wide employment scope.
- Advanced Open Laboratories.The major is equipped with 6 professional laboratories (featuring advanced equipment and comprehensive functions) and 3 student workstations related to the discipline. These facilities are open to students 24/7, providing superior technical conditions for experimental practice and enhancing students' hands-on abilities.
- Excellent Teaching Team.The major has a number of "dual-qualified" teachers with rich corporate experience, as well as outstanding educators graduated from Double First-Class universities or with overseas study experience.
- Innovative Practical Teaching Model.Adhering to an integrated teaching system of theory and practice, it adopts a hierarchical and phased progressive approach to carry out practical teaching. This enables students to master essential, complete, and systematic skills and technologies through practical training.
Essential Information
- School School of Mechanical and Electrical Engineering
- Study Mode Full-time
- Program Length 2 years
- Degree Electrical Engineering and Its Automation (Bachelor of Engineering)
knowledge and skills
Graduates of this major will possess the following capabilities:
- Comprehensively master the theoretical knowledge and skills in the field of electronics and electrical engineering;
- Master the knowledge and skills in mathematics, software engineering, design, and management;
- Possess general skills such as analyzing and solving problems, team communication and cooperation, and project management.
Message from the Program Director
"The Electrical Engineering and Its Automation major is the neural hub of emerging engineering disciplines, integrating electrical engineering technology, information and network technology, and intelligent control technology. The Department of Electrical Engineering under the College of Mechanical and Electrical Engineering boasts an excellent faculty, solid experimental conditions, advanced teaching philosophy, and a warm learning and living environment. Joining the Electrical Engineering and Its Automation major will enable you to become an all-round electrical engineer proficient in power systems, skilled in control technologies, and capable of R&D. The Electrical Engineering and Its Automation major of the College of Mechanical and Electrical Engineering warmly welcomes all students!"
Fengying Zhao
Curriculum Design
- First Academic Year
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General Required Courses:
- Situation and Policy
- College Physical Education
- EAP I (Group 2)
- English Communication I
- EAP II (Group 2)
- English Communication II
- Programmable Logic Controller (PLC) and Configuration·
- Electrical Machinery·
- Power Electronics Technology·
- Automatic Control Theory·
- Principles and Applications of Computer Control·
- Factory Power Supply Technology·
- Power System Analysis
- Circuit Principles and Applications
- MATLAB Software and Applications
- Electrical CAD Technology
- Industrial Robot Technology and Applications
- Python Programming
- Electrical Technology of Power Plants
- Electrical Machinery Application Technology
- Advanced Process Control
- Drive Control Systems
- Artificial Intelligence Technology
- New Energy and Energy Storage Technology and Applications
- Second Academic Year
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General Required Courses:
- Situation and Policy
- Electrical Engineering English
- Principles and Applications of Single-Chip Microcomputers
- Power System Relay Protection
- Application of New Electrical Technologies
- EPLAN Electrical Design
- High-Voltage Technology and Applications
- Modern Control Theory
- Operation and Management of Distributed Generation Grids
Employment
Graduates of this major have extremely broad employment prospects. They can work in industries such as State Grid, design institutes, research institutes, intelligent manufacturing, aviation systems, steel, construction, and energy. They are qualified for positions including electrical engineers, control and instrument engineers, and electrical fire protection engineers. Graduates can also choose to pursue a master's degree in fields such as electrical engineering.