Curriculum

College of Engineering

Department of Electrical and Electronic Engineering
Educational Objectives

We train our students to become robotic engineers with fundamental knowledge and skills with regard to robot element design, sensing, system control and intelligent information. They develop a wide perspective and a sense of ethics that allow them to integrate their knowledge and skills to create new intelligent systems and robots that are beneficial to society.

Educational Objectives of Subjects

Department of Electrical and Electronic Engineering

Basic Engineering I
Students gain an understanding of the goals of the department, and the outline and importance of electrical and electronic engineering in the field of engineering, in order to motivate themselves for the study of professional subjects and draw up their study plan.

Subjects

[1st year: 1st term (first semester)]
Introduction to Engineering (Electrical and Electronic Engineering)
[2nd year: 3rd term (first semester)]
Academic Writing

Basic Physics and Mathematics I
Students learn basic information about electrical circuits, which is important fundamental knowledge required in the department, in order to apply their physical and mathematical knowledge to characteristic analysis and design of electrical circuits.

Subjects

[1st year: 1st term (first semester)]
Electric Circuits I
[1st year: 2nd term (second semester)]
Electric Circuits II
[2nd year: 3rd term (first semester)]
Electric Circuits III
[3rd year: 5th term (first semester)]
Electric Circuits IV

Basic Physics and Mathematics II
Students learn basic information about electrical and magnetic engineering, which is important fundamental knowledge required in the department, in order to apply their physical and mathematical knowledge to quantitative analysis of various phenomena in electrostatic fields, current and magnetic fields, and electrical and magnetic fields.

Subjects

[2nd year: 3rd term (first semester)]
Electromagnetics I
[2nd year: 4th term (second semester)]
Electromagnetics II
[3rd year: 5th term (first semester)]
Electromagnetics III

Basic Engineering II
Students learn to analyze features and design electrical circuits, and apply their skills to solving basic engineering problems.

Subjects

[2nd year: 4th term (second semester)]
Electronic Circuits I
[3rd year: 5th term (first semester)]
Electronic Circuits II

Basic Engineering and Electronic Design and Manufacturing
Students learn mathematical methods to analyze transient phenomena, and acquire basic and applied skills related to hardware and software of computer systems in order to apply them to the basic design of computers and control systems. Also, they learn fundamental computer programming to draw up basic-level programs related to specific numerical analyses.

Subjects

[2nd year: 4th term (second semester)]
Transient Phenomena in Linear Circuits
[3rd year: 5th term (first semester))]
Feedback Control I
Computer Engineering for Electrical Engineers
[3rd year: 6th term (second semester)]
Feedback Control II
Programming Practice for Electrical Engineers

Applied Engineering
Students learn about the effectiveness of electrical energy used in various fields, as well as electrical equipment, high-pressure technology, plasma technology and power transmission methods, in order to apply their basic knowledge of electric energy.

Subjects

[2nd year: 4th term (second semester)]
Electrical Machinery
[3rd year: 5th term (first semester)]
High - Voltage Pulsed Power Engineering
Generation of Electrical Energy
[3rd year: 6th term (second semester)]
Power Electronics
Transmission of Electrical Energy
[4th year: 7th term (first semester)]
Electric Power Applications

Applied Electronics
Students learn about electrical materials and semiconductor engineering, which support today’s field of electronics. They study specific materials, operation principles and characteristics of semiconductor devices in order to understand and use their application technologies in various fields.

Subjects

[2nd year: 3rd term (first semester)]
Electronic Engineering
Electrical Material Engineering
[3rd year: 5th term (first semester)]
Physical Electronics
[3rd year: 6th term (second semester)]
Semiconductor Engineering
Electronic Devices
Sensor Applications for Electronic Engineers

Design and Manufacturing
Students learn the basics of methods of measuring physical quantity, and operation principles for measurement equipment and signal processing, which is relevant to their field of study. Also, by using actual devices and measurement equipment, students deepen their understanding of electric and electronic engineering so that they can apply the measurement methods and evaluation and analysis methods of experimental results.

Subjects

[2nd year: 4th term (second semester)]
Electrical and Electronic Instrumentation
[3rd year: 5th term (first semester)]
Electrical and Electronic Engineering Major Lab / Exercises A
[3rd year: 6th term (second semester)]
Electrical and Electronic Engineering Major Lab / Exercises B

Technology Integration
Through design projects, students identify new tasks in the fields of electrical energy, electrical and electronic control technology and electronic device technology, and solve problems using the knowledge and skills they have acquired. They are encouraged to use their comprehensive ability as an engineer.

Subjects

[1st year: 1st term (first semester)]
Design Project / Introduction
[1st year: 2nd term (second semester)]
Design Project I
[2nd year: 3rd term (first semester)]
Design Project II
2nd year: 4th term (second semester)
Design Project / Implementation and Operation
[3rd year: 6th term (second semester)]
Preparatory Seminar for Design Project III
[4th year: 7th term (first semester) / 8th term (second semester)]
Design Project III

Design, Manufacturing and Technology Integration
Students learn circuit design and drawing methods, and how to design various types of equipment, systems and devices used in the field of electrical and electronic engineering. They study the laws, regulations and facility management rules necessary for the development and design of equipment and acquisition of qualifications, and learn to explain their key points.

Subjects

[1st year: 2nd term (second semester)]
Drawing Skills in Electrical Engineering
[4th year: 7th term (first semester)]
Designing Skills in Electrical Engineering
[4th year: 8th term (second semester)]
Laws, Regulations, and Management for Electrical Facilities
Telecommunications Law

Career Design
Students learn about trends in the electrical and electronic engineering industry, requirements for engineers, and employment conditions, in order to consider their future career and determine their future path.

Subjects

[3rd year: 5th term (first semester)]
Career Planning Seminar I
[3rd year: 6th term (second semester)]
Career Planning Seminar II