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Computer Science and Engineering
♦ INTRODUCTION
Computer science and engineering are indispensable for the information society. They enable the design and manufacture of high performance computers, and the development of the software needed to operate and apply them over the whole range of industry. This means that computer science and engineering should be studied not as a purely theoretical research, but as a science with application to real life. The development of computer science and engineering greatly influences not just the information industry but the whole gamut of industry.

Study and research in the computing field requires logical reasoning and creative thinking based on the fundamental theory of engineering and science. Because computer software and hardware have a very close relationship, students are required to study both aspects in depth. Students gain an expert knowledge and conduct research in computer architecture, operation systems, databases, programming languages, computer networks, CAD, artificial intelligence, algorithms, natural language processing, multimedia systems, object orientated systems, distributed systems, and real-time systems.

The computer industry is a typical technology- and knowledge-intensive industry. It is supported and nurtured as one of the key national industries. However there is a serious shortage of highly-qualified people in the computer industry, both nationally and internationally, and it is expected that this situation will continue for quite some time in the future. Moreover, as new fields in the computer industry, such as the development of high performance intelligent computers, are exploited and expanded, the shortage of manpower worsens. Accordingly, we aim to be a hub training highly-skilled people in research for developing advanced computer-related technologies.
 → Available Courses
Undergraduate Courses
SNU Course # Course Title
4190.201_SPRING 논리설계, Spring 2014
4190.427 소셜네트워크분석, Spring 2014
4190.427-1 소셜네트워크분석, Spring 2014
4190.101_SPRING 이산수학, Spring 2014
4190.412_SPRING 컴퓨터모델링, Spring 2014
4190.408 Artificial Intelligence: Biointelligence, Spring 2008
4190.306 Automata Theory, Fall 2008
420.315A_09 Chae Soo-ik, Spring 2009
4190.308 Computer Architecture, Fall 2010
4190.410 Computer Graphics, Spring 2008
4190.412 Computer Modeling, Spring 2008
4190.412_FALL Computer Modelling, Fall 2013
4190.309 Computer System Design, Fall 2008
4190.302 Data communications, Spring 2014
4190.204 Data Structures, Fall 2006
4190.101 Discrete Mathematics, Spring 2008
4190.101.001 Discrete Mathematics, Fall 2008
4190.101_FALL_2013 Discrete Mathematics, Fall 2013
4190.101_ DiscreteMath, Fall 2010
4190.206A Electrical and Electronics Circuits, Fall 2010
420.417_09 Embedded System Design, Spring 2009
4190.303C Embedded Systems and Application, Spring 2010
4190.301 Introduction to Database Systems, Spring 2008
4190.201 Logic Design, Fall 2009
4190.201_2010 Logic Design, Spring 2010
4190.201_FALL Logic Design, Fall 2013
4190.310 Programming Languages, Fall 2006
420.211_09 Programming Methodology, Spring 2009
420.211_FALL Programming Methodology, Fall 2013
4541.672_ Real Time Systems, Fall 2010
4541.672_SPRING Real-Time Systems, Spring 2014
4190.203 System Programming, Fall 2010
4190.203_FALL System Programming, Fall 2013
4190.203_SPRING System Programming, Spring 2014
Graduate Courses
SNU Course # Course Title
4190.671 001_2015_1 시스템성능평가
4541.573 Advanced Computer Design
4541.564 Advanced Databases
4541.669A Advanced Embedded Systems
4541.770 Advanced Real-Time Systems (Cyber-Physical System Design Paradigm)
4541.651 Advanced Theory of Computation
4541.763 Complex Digital Systems for Software People
4541.668A Embedded System Design Methodology
4541.666 Machine Learning
4541.672 Real-time Systems
4541.672_FALL Real-time Systems
4541.762 Topics in Computer Graphics
4541.658-002 Topics in System Software
4190.778_2014_2 Wireless Communications
Undergraduate/Graduate Courses
SNU Course # Course Title
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Seoul National University, San 56-1. Sillim-dong, Gwanak-gu.Seoul 151-742 Korea
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