Undergraduate Program

Curriculum

The program curriculum incorporates a variety of laboratory sessions and exercises to study both theory and practice.

General Education Courses

"Language Courses" and "Liberal Arts Courses" equip students with a broad range of general knowledge, a rich sense of humanity and language skills, which are essential in the age of globalization. "Foundational Science Courses" introduce students to mathematics and physics, which are fundamental to the Program Specialized Courses. Exercises and laboratories help students further their understanding.

Program Specialized Courses

The curriculum, focused on fundamental subjects such as electromagnetism and electrical circuit, systematically equips students with knowledge in the field of electronic system engineering from fundamentals to application, covering a wide range of areas including devices, electronics, communications, energy, control and programming. A combination of lectures, exercises and student laboratories helps students further their understanding in both theory and practice.

Thesis

In their fourth year, students are assigned to laboratories according to their interests and qualifications. With a small number of students, they engage in advanced and cutting-edge research and development for their graduation thesis under the guidance of faculty members.

Program Specialized Courses

Year	1	2	3	4
Required Courses	Programming I Electric Circuits Exercises in Electric Circuits Mathematical Methods in Electronics Engineering	Programming II Classical Electrodynamics IA, IB, IIA and IIB and Exercise Introductory Laboratory in Electronic Systems Engineering	Laboratory in Electronic Systems Engineering I and II	Thesis
Required Elective Courses	Linear Circuit Analysis Exercise for Linear Circuit Analysis Digital Signal Processing	Electronic Material Science A and B Logic Design Information Theory Digital Electronic Circuits Fundamentals of Optics Modeling for Numerical Analyses	Analog Electronic Circuits Classical Electrodynamics III Control Engineering Introduction to Optoelectronics Electron Devices Exercise for Electronic Circuits Microwave Circuits Integrated Circuits Electronic Material Science Sensor Engineering Electromagnetic Engineering Electric Energy Science and Technology Plasma Science and Technology Digital Communications Processes and Devices for Integrated Circuits
Elective Courses			System Planning Computer Systems	Data Networks