Today, computers and software have been applied to all fields, leading to the 4th industrial revolution. Computer systems and software are being applied to mobile, smart systems, virtual reality, augmented reality, computer graphics/vision, games, artificial intelligence, and marine IT fields. In order to understand the application of various types of information services and software, it is essential to understand each element of technology of the computer that constitutes the infrastructure.
Along with in-depth education on these computer systems, the Department of Computer Engineering focuses on cultivating various computer application technologies and software development capabilities based on them. Specifically, the curriculum is organized to acquire technical expertise such as software programming, artificial intelligence, database, computer system operation and management, computer communication, cloud computing, big data, computer graphics/computer vision, and augmented reality.
The computer engineering department educates computer engineering, software engineering, artificial intelligence, computer graphics, augmented reality, metaverse, and information network engineering, which are the basic technologies of the 4th industrial revolution. Based on that direction, we aim to produce professional engineers, creative designers, and creative researchers in computers, software application services, and information network technologies. To this end, we conduct multilateral training that is deeply relevant to current industry practices and includes project-based learning.
| Name | Major | Research Areas |
| Hyotaek Lim | Computer Network | Cloud Computing, Computer Protocol, Ubiquitous Computing |
| Byung-Gook Lee | Computer Graphics | CAGD, Image Processing, Interactive Arts |
| Hwang-Kyu Yang | Image Processing | Software Engineering, Image Processing |
| Su-Hyun Park | Artificial Intelligence | Intelligent Information System, Maritime IT Convergence, ECDIS |
| Dae-Ki Kang | Artificial Intelligence | Deep learning, Machine learning, Meta learning, Adversarial machine learning |
| Gyeong-Mi Cho | Mathematics | Algebra, Computer mathematics |
| Sang-Gon Lee | Information Security | Information Security, Crytographic protocol, ad hoc security |
| Hoon-Jae Lee | Information Security | Information Security, Design of cryptography algorithm, Network Security |
| Won-Tae Jang | Mobile | Mobile application, Mobile system, Mobile project |
| Tae-Yong Kim | Wireless Communication | Antenna, ultra-high frequency device, and sensor, electromagnetic field analysis, object-based simulation technology |
| Seok-Ho Lee | Computer Vision, Image Processing | Computer vision, Image processing, Deep learning |
| Hyung-Hwan Cha | Information and communication | information and communication, Embedded system, Microprocessor |
| Gi-Hyun Hwang | Information and Communication | information and communication, embedded system, microprocessor, artificial intelligence |
| Do-Un Jeong | Wireless Network | Healthcare, wireless network application, embedded system |
| Dong-Hyun Kim | Database | Database, spatial indexes, GIS, LBS, sensor database, spatial database |
| Kwan-Pyo Ko | Mathematics | Algebra, Computer Mathematics, Numerical Analysis, Financial Mathematics |
| Mi-Kyeong Moon | Software Engineering | Software product line, Middleware |
| Dae-Soo Cho | Database | Location-based services(LBS) platform |
