Introduction:

Electrical Engineering and Automation (EEA) is a field focused on the study, design, and application of electrical systems, devices, and technologies. It incorporates fundamental principles of electrical engineering with an emphasis on automation, control systems, and industrial applications. The student in this major will gain knowledge in various areas such as circuit theory, electromagnetism, power systems, electronic devices, digital systems, and signal processing

Academic Objectives:

• Enhance students' ideological and moral quality, innovation and entrepreneurship spirit, and practical ability.

• Cultivate students with comprehensive humanistic quality and practical innovation.

• Develop students with the coordination between knowledge ability and quality, with all-round development of morality, intelligence, physics, and arts.

• Train students to work in fields concerning electrical engineering, including equipment manufacturing, system operation, automatic control, industrial process control, power electronic technology, testing and automation instrumentation, electronics, and computer applications

Features of Our Courses

• All courses are taught in English, providing students with an immersive language environment to enhance their professional English proficiency.

• In addition to teaching professional knowledge and skills, the curriculum will integrate a variety of related knowledge areas such as computer science, economics, finance, and arts, providing opportunities for students to develop into versatile talents.

• Providing abundant international exchange programs, including overseas university exchanges, short-term study tours, and multinational corporate internships to improve students' international competitiveness

• The core courses include: “Signals and Systems," "Digital Electronic Technology and Microprocessor Fundamentals," "Electromagnetic Fields and Waves," "Principles of Electric Equipment Design," "Electric Machinery," "Power Electronics Technology," "Automatic Control Theory,".etc.

Career Perspectives:

The career prospects for graduates in Electrical Engineering and Automation are diverse and promising. Here are some key areas where graduates can find employment:

• Energy and Manufacturing Industries: Electrical engineers work in the energy or manufacturing industries, designing, producing, or selling electrical and automation systems.

• Research and Development:  Graduates can work in research and development, focusing on cutting-edge projects in automation technology, wireless technology, RFID technology, and measurement technology.

• Site Management and Operations: They can be responsible for managing infrastructure, energy provision, production, environmental and safety technology, and logistics.

• Consulting and Management: They can transition into management consulting, technical marketing, internal consultancy services, or strategic planning.

• Government and Policy: Graduates can work in government or policy-making positions, focusing on technical or policy issues in their area of expertise.

• Academia and Research: Those interested in research can pursue graduate research degrees, enhancing their problem-solving, autonomous thinking, and analytical skills.

• Startups and Entrepreneurship: Some graduates may choose to start their own businesses, leveraging their skills in electrical engineering and automation to develop innovative solutions.

• International Opportunities: Many companies, like BASF, offer international opportunities for further training and development, allowing graduates to work globally

Further Studies:

Upon completion of this major, with the qualifications, professional capabilities, and language proficiency gained, students can choose to apply for master's degree programs domestically.