Combining artificial intelligence control and information integration of the Internet of Things system, high-efficiency unmanned production line production can be achieved, and customer needs can be grasped in real time through cloud big data.

• ● More than 82.5% of alumni's salary is higher than NT$ 40,000 /month (104 Job Bank).
• ● More than 60% of the alumni's salary is higher than NT$ 50,000 /month (104 Job Bank).
• ● More than 47.4% of the alumni's salary is higher than NT$ 60,000 /month (104 Job Bank).
• ● High Employer Satisfaction (1111 Job Bank)
• ● Friendly alumni group

Up to 51% of graduates from this department are admitted to higher education 98% study at home and 2% study abroad (104 job bank).

Among them, there are more than 2,000 alumni with master's degree and more than 20 alumni with doctoral degree.

A number of modern teaching and research laboratories have been established to provide students with a high-quality space to study and learn the latest technologies.
The laboratories in the specialized field of communication include: wireless communication laboratory and Internet of Things laboratory. The laboratories in the special field of control systems include: microprocessor laboratory, robot teaching laboratory, control laboratory, power electronics laboratory. The laboratories in the specialized field of electronic circuits include: electronic circuit integration laboratory, VLSI design laboratory, and professional certificate laboratory. Optoelectronics specialized field laboratories include: photon laboratory.

At present, there are 9 full-time teachers in the department, all of whom have graduated from famous universities at home and abroad with doctorate degrees.
This department focuses on professional practice, and the practical courses include: logic design, electrical engineering experiments, motor assembly experiment, microcomputer, and thematic design, etc.
Each experimental course is personally guided by the teacher in charge (never false teaching assistants), and the experimental course is treated with a responsible and serious attitude, so that students can have the ability to independently design circuits and develop and innovate after entering the industry. The main reason for the manufacturer's favor.

The department actively matches teachers and students to conduct paid internships (including overseas internships) in science parks or electrical-related industries in various regions of the country during each semester and winter and summer vacations, so that students can have practical qualifications while obtaining diplomas, and they can graduate. Employment and enterprises are seamlessly connected.