HI! Welcome
Department of Electronic and Semiconductor Engineering
Fostering Convergent Talents to Lead the Next-Generation Electronics and Semiconductor Industry
The Department of Electronic and Semiconductor Engineering at KANGWON National University offers a systematic and practice-oriented education aimed at nurturing professionals in the core fields of the electronics and semiconductor industries. In a rapidly evolving industrial landscape, we provide students with diverse opportunities for learning and research, helping them grow into creative problem solvers with strong practical skills.
Curriculum and Areas of Study
Our department offers a well-balanced curriculum that integrates theoretical knowledge with hands-on experience, covering cutting-edge technologies such as electronic engineering, semiconductor engineering, communication systems, embedded systems, sensors and IoT, and AI applications.
We particularly emphasize the following areas:
● Semiconductor device and process technology
● Analog and digital circuit design
● Communication and signal processing
● Embedded systems and IoT design
● Sensor and device applications
● AI and machine learning-based electronic systems
Practice-Oriented Learning Environment
● State-of-the-art labs and semiconductor process facilities
● Industry-academia collaboration projects and capstone design courses
● Internship and field training programs in partnership with local industries
● Regular seminars and special lectures by industry professionals
Career Paths After Graduation
Graduates of the Department of Electronic and Semiconductor Engineering can pursue a variety of careers, including:
● Semiconductor design and process engineers
● Developers of electronic systems and communication devices
● Engineers in AI and IoT applications
● Positions in public research institutes
● Graduate studies and research roles at domestic and international universities
Vision and Goals
The department is committed to cultivating industry-ready engineering professionals, enhancing specialized education through industry-academic collaboration, and fostering sustainable cooperation with the local community. Our mission is to contribute to regional and national industrial development by producing highly skilled engineers.
We are dedicated to continuous educational innovation and research excellence, striving to become a leading department in the electronics and semiconductor sectors by nurturing globally competitive talent.
Faculty
The department is led by a team of dedicated and experienced faculty members who are committed to excellence in teaching, research, and innovation. Our professors have diverse academic and industry backgrounds, enabling students to gain in-depth knowledge and practical skills across various specialized areas.
| Name |
Research Interests |
Phone |
|
| Moon-Sik Kang |
Computer Networks, Wireless Mobile Networks |
+82-33-640-2833 |
mskang@gwnu.ac.kr |
| Sang-Min Lee |
Coding and Information Theory, Communication Systems |
+82-33-640-2385 |
sangmin@gwnu.ac.kr |
| Bo-Hyeun Wang |
Artificial Intelligence, Information Systems, Fuzzy and Neural Network |
+82-33-640-2384 |
bhw@gwnu.ac.kr |
| Lae-Jeong Park |
Machine Learning, Evolutionary Computation |
+82-33-640-2389 |
ljpark@gwnu.ac.kr |
| Tae-Yun Chung |
Image Signal Processing, Digital Video Coding |
+82-33-640-2425 |
tychung@gwnu.ac.kr |
| Byeong-Gwan IEM |
Digital Signal Processing, Non-stationary Signal Analysis |
+82-33-640-2426 |
igb@gwnu.ac.kr |
| Jung-Ho Moon |
Control System Design, Embedded Systems, IoT |
+82-33-640-2427 |
itsmoon@gwnu.ac.kr |
| Sung-Joon Park |
Wireless Communication Systems |
+82-33-640-2386 |
psj@gwnu.ac.kr |
| Jin-Soo Seo |
Multimedia, Pattern Recognition |
+82-33-640-2428 |
jsseo@gwnu.ac.kr |
| Sung-Wook Park |
VLSI Signal Processing, Multimedia System |
+82-33-640-2388 |
swpark@gwnu.ac.kr |
| Young-Lae Kim |
Nano Electronic Device |
+82-33-640-2429 |
ylkim@gwnu.ac.kr |
| Joo-young Jeon |
RF Circuit and System Design |
+82-33-640-2430 |
jyjeon@gwnu.ac.kr |
| Sang-Wook Park |
Acoustic Signal Processing with Machine Learning, Computational Biology & Network Interpretation |
+82-33-640-2382 |
spark2@gwnu.ac.kr |
| Myung-Hyun Baek |
Semiconductor physics and devices |
+82-33-640-2431 |
mhbaek@gwnu.ac.kr |
Curriculum
| Course Code |
Course Title |
Credit |
| 501.010 |
Basic Mathematics |
2-1-2-0 |
| 501.008 |
Differential and Integral Calculus I |
3-3-0-0 |
| 504.005 |
General Physics and Lab I |
4-3-2-0 |
| 557.465 |
Introduction to Computers |
3-3-0-0 |
| 557.150 |
Introduction to Programming |
3-3-0-0 |
| 557.215 |
Engineering Mathematics I |
3-3-0-0 |
| 557.213 |
Logic Circuit Design |
3-3-0-0 |
| 557.220 |
Technical Document Reading and Writing |
3-3-0-0 |
| 557.221 |
Advanced Programming |
3-3-0-0 |
| 557.222 |
Electrical Circuits I |
3-3-0-0 |
| 557.479 |
Electric and Digital Circuits Lab I |
2-1-2-0 |
| 557.0005 |
Semiconductor Industry and Process Basics |
1-1-0-0 |
| 557.251 |
Engineering Mathematics II |
3-3-0-0 |
| 557.216 |
Digital System Design |
3-3-0-0 |
| 557.223 |
Electrical Circuits II |
3-3-0-0 |
| 557.478 |
Electric and Digital Circuits Lab II |
2-1-2-0 |
| 557.250 |
Application Programming |
3-3-0-0 |
| 557.480 |
Semiconductor basics |
3-3-0-0 |
| 557.0001 |
Semiconductor Fundamentals |
3-3-0-0 |
| 557.0002 |
Linear algebra |
3-3-0-0 |
| 557.301 |
Electronic Circuits I |
3-3-0-0 |
| 557.313 |
Signal and System |
3-3-0-0 |
| 557.322 |
Semiconductor Physics |
3-3-0-0 |
| 557.333 |
Computer Architecture |
3-3-0-0 |
| 557.476 |
Electronic Circuits Lab |
2-1-2-0 |
| 557.335 |
Theory of Probability and Application |
3-3-0-0 |
| 557.466 |
Educational Theory of Electronics |
2-2-0-0 |
| 557.218 |
Electromagnetics |
3-3-0-0 |
| 557.302 |
Electronic Circuits II |
3-3-0-0 |
| 557.321 |
Digital Signal Processing |
3-3-0-0 |
| 557.327 |
Introduction to Communication Theory |
3-3-0-0 |
| 557.467 |
Introduction to Microprocessors |
3-3-0-0 |
| 557.468 |
Microprocessor Lab |
1-0-2-0 |
| 557.469 |
Logics and Essay of Electronics |
3-3-0-0 |
| 557.470 |
Introduction to Design Project |
3-3-0-0 |
| 557.326 |
Solid State Electronic Devices |
3-3-0-0 |
| 557.424 |
VLSI systems |
3-3-0-0 |
| 557.429 |
Digital Communication Systems |
3-3-0-0 |
| 557.430 |
Digital Signal Processing : Applications and Analysis |
3-3-0-0 |
| 557.452 |
Computer Network |
3-3-0-0 |
| 557.471 |
Applications of Microprocessors |
3-3-0-0 |
| 557.472 |
Teaching Methods of Electronics |
3-3-0-0 |
| 557.473 |
Advanced Desing Project |
3-3-0-0 |
| 557.423 |
Solid State Processing |
3-3-0-0 |
| 557.0012 |
Semiconductor Design Project |
3-3-0-0 |
| 557.477 |
Microwave circuit |
3-3-0-0 |
| 557.433 |
Integrated Circuits Design |
3-3-0-0 |
| 557.453 |
Mobile Network |
3-3-0-0 |
| 557.455 |
Wireless Communication |
3-3-0-0 |
| 575.453 |
Industry Cooperation Research_Capstone Design |
3-3-0-0 |
| 557.475 |
Domestic Job Training |
3-0-6-0 |
| 557.328 |
System Programming |
3-3-0-0 |
| 557.0003 |
Big Data Analytics |
3-3-0-0 |
| 557.0004 |
Artificial intelligence |
3-3-0-0 |
| 557.330 |
Data structures and Algorithms |
3-3-0-0 |
| 557.332 |
Automatic Control |
3-3-0-0 |
| 557.428 |
Multimedia System |
3-3-0-0 |
| 557.449 |
Embedded System |
3-3-0-0 |
| 557.474 |
IoT System Design |
3-3-0-0 |
| 557.0006 |
Semiconductor Quality Management |
1-1-0-0 |
| 557.0007 |
Solid State Processing Lab I |
2-1-2-0 |
| 557.0008 |
Solid State Processing Lab II |
2-1-2-0 |
| 557.0016 |
Principles of Surface Analysis Equipment |
3-3-0-0 |
| 557.481 |
Semiconductor Memory Devices |
3-3-0-0 |
| 557.0009 |
Nanoelectronic Devices |
3-3-0-0 |
| 557.0010 |
Semiconductor Devices Design |
2-2-0-0 |
| 557.0011 |
ET-EDS Test |
3-3-0-0 |
| 504.407 |
Solid-state physics |
3-3-0-0 |
| 557.0013 |
Global Research Facility Study Program |
2-0-4-0 |
| 557.0014 |
Semiconductor Equipment Seminar |
3-3-0-0 |
| 557.0017 |
Semiconductor Unit Processes |
3-3-0-0 |