Since 2010, all courses are managed by www.icampus.ac.kr (registration account is required to access the site)

Curresnt Graduate Courses

1. Human Computer Interaction
2. Convergent Capstone Design
3. VLSI Design
4. Low Power Design & Optimization

Current Undergraduate Courses

1. IT-3S
2. Introduction to Computer Aided Design of Integrated Circuits
3. Convergent Capstone Design
4. Digital Logic
5. Digital Logic Lab.

Previous Graduate Courses

1. VLSI Design for Digital Signal Processing
2. Software Defined Radio Design Methodology
3. System on Chip & Embedded system Design
4. System on Chip Design Methodologies
5. Computer Architecture
6. Low Power Design & Optimization

Previoius Undergraduate Courses

1. Introduction to Computer Aided Design of Integrated Circuits
2. Introduction to Digital Communication
3. Digital Logic
4. Technical Writing & Presentation Skill
5. Creative Engineering Design
6. Principle Circuits Lab.

Previous Industrial Liason Courses

1. Low Power Digital Core Design Course
2. SAMSUNG ASIC Design Course at Samsung Advanced Technology and Education Center
3. Embedded system Design, (SKKU-Samsung Electronics Digital-Media Center) Cooperative Graduate Course
4. Software Defined Radio Design Methodology, (SKKU-Samsung Electronics Semiconductor Division) Cooperative Graduate Course

Previous Invited Lectures

1. Application Processor for Mobile Handheld Devices, Mobile Communication Div. LG Electronics Inc.(Jan. 19 2011): This talk will cover the topics on application processor design issues such as Mobile processor design trends, selection process and architecture and development strategies. Slides
2. Low Power Coding Optimization and Estimation, MODEM H/W Lab. Digital Media & Communications R&D Center, Digital Media & Communications Business, SAMSUNG ELECTRONICS CO.,LTD (Dec. 14 2010 ): This talk will cover the topics on low power C optimization techniques including loop and code transformations. Also, we shall discuss on the instruction-level estimation method usig Core-A processor implemented in FPGA platform. Slides
3. Low Power SoC for Multimedia, Tamul Multimedia Inc. (through IDEC) (Mar. 3-4,2008) Slides
4. Low Power Reconfigurable SoC for Wibro and WiMax, IT-SoC Academy, ETRI (Oct. 10-11,2007)
5. Low Power design for Multiprocessing, IT-SoC Education Program, Hanyang Univerity (Aug. 9-10, 2007)
6. Low Power Design for Digital System, Kyunhee University (High-valued Industry-oriented Education Program) (July 13-19, 2007)
7. Low Power Communication System on Chip, Institute of Korean Communication & Seoul National Univ. (SoC Center) (Aug. & Oct 2006)
8. Foundation of SoC Design, Kyunghee Univ. funded by Ministry of Education and Human Resources, (July 2006)
9. Reconfigurable Multiprocessor System on Chip-based Low Power Design, Telecommunication and Network Division, Samsung Electronics (June 2006)
10. Reconfigurable Multiprocessor Multi-processor SoC Platform, Samsung Advanced Institute of Technology (Mar. 2006)
11. Multi-processor SoC Platform, Samsung Advanced Institute of Technology (Jan. 2006)
12. Multi-processor SoC Platform (Panel Discussion Chairman), SoC Forum, Samsung Advanced Institute of Technology (Nov. 2005)
13. Low Power SOC Design Trends, Samsung Advanced Training Center (Feb. 2005)
14. Low Power Multimedia Reconfigurable Platforms, Samsung Advanced Institute of Technology (Jan. 2005)
15. SW/HW Codesign Trends (SAIT,2005)
16. Software Defined Radio (ICU,2003)
17. Low Power System on Chip Design (SAIT,2005)
18. Low Power Reconfigurable Architecture Trens (SAIT,2005)
19. Low Power System Level Design Methodologies (IDEC/Samsung Lecture,2004)
20. Introduction to ASIC Design (KETI Lecture,2002)
21. Low Power Microprocessor (IBM Lecture)
22. Geometry-Aware Placement Constraints Generation (IBM patent, 2001)
23. Deepsubmicron Layout Design (IDEC Lecture, 2000)

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