Global leaders creating future values!The Department of Electronics and Information Engineering
Location
Science and Technology Building Ⅰ No.111BTel
044-860-1350Fax
044-860-1585
Location
Science and Technology Building Ⅰ No.111B
Tel
044-860-1350
Fax
044-860-1585
Contemporary electronic engineering, developed with the ground-breaking advancement of semi-conductors, is changing society in diverse areas of information and communication and multi-media and semi-conductor medical appliances, and acts as the driving force to lead the future industries. In particular, the prominent development of computer communication network hardware and software has enabled diverse information exchanges to be applied to broadband comprehensive information communication networks, which also enables practical application of information.
Therefore, improvement in productivity using computers, and value creation of information for qualitative improvement of human life are much more important, making the development of human resources to lead these areas a priority.
In response to such changes, the Department of Information Engineering was integrated with the Department of Applied Electronics Engineering resulting in the opening of the Department of Electronic and Information Engineering in 1996. The Department of Electronic and Information Engineering is where faculty with research experience from prominent domestic and overseas universities and research agencies teach in the areas of electronic and information. More specifically, information engineering, signal processing, medical electronics, new functional devices, super high-frequency communication, computer hardware, system software, communication and computer networks.
There are laboratories exclusively used by the department and equipped with contemporary measuring equipment. Also, a 64 bit RISC-applied WORKSTATION is in use as a server while network laboratories exclusively used by students are connected with each professor's room via LAN, securing the optimum education and research system. Students can open their own websites using this advanced system and freely benefit from the changing environment by receiving assignments, submitting products and engage in discussions through the internet.
1. Knowledge of major
Talented individuals who keep learning for their whole life based on knowledge of electronics and information engineering, have a deep technological understanding, and have the design ability to not only consider major-related finance, market, legal, and institutional problems, but also production.
2. Global capability
Talented individuals who are familiar with interdisciplinary technology, and have a high level of engineering ethics and insight about global advancement of technology and various social and cultural issues.
3. Convergence and creative capability
Talented individuals who have the capability to apply advanced convergent technologies such as medical science, biotechnology, mathematics, physics, and chemistry to electronics and information engineering, and are able to suggest solutions to problems through creative ideas.
Focusing on electronics and information engineering, it fosters practical engineers with professional knowledge and problem-solving abilities in the application areas related to nano electronics engineering, telecommunication engineering, medical engineering, signal/image processing engineering, semiconductor engineering and computer engineering, and trains competitive international engineers with intellectual productivity, originality, leadership and ethics for the global era.
Name | Position | Phone Number | Field of Research | Career | |
---|---|---|---|---|---|
Yi Yun | Professor | 044-860-1351 | yunyi@korea.ac.kr | Medical Imaging | Ph.D. Polytechnic University |
Kim MinGi | Professor | 044-860-1352 | mgkim@korea.ac.kr | Signal Processing | Ph.D. Polytechnic University |
Moon Jongsub | Professor | 044-860-1423 | jsmoon@korea.ac.kr | Pattern Recognition | Ph.D. Illinois Institute of Technology |
Oh ChangHyun | Professor | 044-860-1425 | ohch@korea.ac.kr | Electric Engineering / Medical Imaging | Ph.D. KAIST |
Kahng HyunKook | Professor | 044-860-1424 | kahng@korea.ac.kr | Computer Network | Ph.D. Georgia Institute of Technology |
Oh HyeongCheol | Professor | 044-860-1425 | ohyeong@korea.ac.kr | Parallel Computation, Computer Architecture | Ph.D. University of Maryland at College Park |
Ahn SangSik | Professor | 044-860-1356 | sahn@korea.ac.kr | Signal Processing | Ph.D. Polytechnic University |
Choi SeongJin | Professor | 044-860-1357 | choisj@korea.ac.kr | Biosystem | Ph.D. University of Pittsburgh |
Kim TaeKon | Professor | 044-860-1358 | taekonkim@korea.ac.kr | Signal Processing & Communications | Ph.D. Pennsylvania State University |
Yang JiWoon | Professor | 044-860-1426 | jyang@korea.ac.kr | Compact Modeling of Semiconductor Devices | Ph.D. University of Florida |
Seo Sungkyu |
Associate Professor | 044-860-1427 | sseo@korea.ac.kr | Nano Bio Photonics | Ph.D. Texas A&M University |
Kim Hwi |
Associate Professor | 044-860-1428 | hwikim@korea.ac.kr | Photonics | Ph.D. Seoul National University |
Hayun Cecillia Chung |
Associate Professor | 044-860-1429 | hcchung@korea.ac.kr | Integrated Circuits and Systems Design | Ph.D. Harvard University |
Cheol E. Han |
Associate Professor | 044-860-1355 | cheolhan@korea.ac.kr | NI3(Neuro Imaging Informatics Intelligenc) | Ph.D. University of Southern California |
Lee JaeWoo |
Assistant Professor | 044-860-1421 | orion627@korea.ac.kr | AED(Advanced Electronic Device) | Ph.D. Grenoble University, Korea University |
Kim, Sang Gon |
Assistant Professor | 044-860-1835 | paulka@korea.ac.kr | - | Ph.D. Seoul National University |
Kim, Jong Il |
Associate Professor | 044-860-1834 | kim7jongil@korea.ac.kr | - | Ph.D. Moscow State University |
※ Pleased refer to the homepage of the department