
Computer Engineering & Science - the theory, representation, processing, and use of information, is fundamentally transforming every aspect of science, technology, and society. As a result, Computers are now at the heart of many of the most critical activities of modern society. Being an informed citizen in this information age requires the ability to apply computational ways of thinking to design, analysis, experimentation, creative expression, and problem solving. Without advanced computer engineering capabilities, research, and education, it is impossible to pursue scientific and practical research in virtually any academic discipline and industry. In recognition of this central role of computer engineering, the School of Computer Engineering & Science in the College of Engineering was established in 1985 to provide academic and intellectual leadership in areas of Computer Engineering. The mission of the school is to provide the human resources, technological advances, and scientific understanding necessary for successful Computer Engineering in the 21st century. Excellent faculty, state-of-the-art research laboratories, and well-funded research projects provide a stimulating academic environment that nurtures leading edge research and innovative education in Computer Engineering.
1) the further development of fundamental science and technology of computer engineering;
2) the enhancement of human problem-solving ability by designing novel information processing systems; and
3) the expansion of the functions of such systems into new areas of society.
The School of Computer Engineering & Science awards bachelor's, master's, and doctoral degrees to pursue its educational and research mission through strong research programs in key areas of Computer Engineering including Computer Networks, Computer Vision, Database Systems, System Software, Distributed Systems, VLSI Design Automation, Artificial Intelligence, Computer Architecture, Software Engineering, Computer Theory, Embedded Systems, Cryptography, Hardware/Software Co-design, Object-Oriented Programming, Multimedia, and Parallel Processing Systems.
Research Institute of Computer, Information & Communication
Research Center for Mobile Multimedia-Terminal Technology
Research Center for Intelligent Traffic System (ITS)
IC Design Education Center (IDEC)
Name |
Title |
Research Lab. |
Baek, Yunju |
Assistant Prof. |
Embedded Systems Lab. |
Cha, Eui Young |
Prof. |
Neural Network and Real World Application Lab. |
Chae, Heung-Seok |
Assistant Prof. |
Object Oriented Lab. |
Cho, Hwan-Gue |
Prof. |
Graphics Application Lab. |
Chung, Ki-Dong |
Prof. |
Parallel Multimedia Lab. |
Chung, Sang-Hwa |
Prof. |
Computer Architecture and Systems Lab. |
Hong, Bonghee |
Prof. |
Database Lab. |
Kim, Howon |
Assistant Prof. |
Information Security Lab. |
Kim, Gil-Yong |
Prof. |
Mobile Systems Lab. |
Kim, Jeong-Goo | Prof. | Advanced Broadcasting and Communications Lab. |
Kim, Jong-Deok |
Assistant Prof. |
Mobile Networking and Computing Lab. |
Kim, Kyongsok |
Prof. |
Database Lab. |
Kim, Min-Hwan |
Prof. |
Computer Vision Lab. |
Kwon, Hyuk-Chul |
Prof. |
Artificial Intelligence Lab. |
Lee, HyenYeal |
Prof. |
Automata Lab. |
Lee, Jung-Tae |
Prof. |
Computer Network Lab. |
Lee, DoHoon | Assistant Prof. | Visual Computing/Biomedical Computing Lab. |
Li, Ki-Joune |
Prof. |
Spatiotemporal Databases Lab. |
Ryu, Kwang Ryel |
Prof. |
Intelligent Systems Lab. |
Tak, Sungwoo |
Assistant Prof. |
Ubiquitous Network Computing Lab. |
Woo, Gyun |
Assistant Prof. |
Programming Language Lab. |
Yang, Seiyang |
Prof. |
SOC Design Automation Lab. |
Yeom, Keunhyuk |
Prof. |
Software Engineering Lab. |
Yoo, Younghwan | Assistant Prof. | Ubiquitous Computing Lab. |
No. of graduate - M.S. program : 99 Ph.D. program : 30
Undergraduate |
Graduate |
|
Industry |
60% |
67% |
Agency : Governmental |
- |
2% |
Academical Institution |
28% |
19% |