TEACHING

Courses taught – Seoul National University

4190.101 System Programming
4190.208 Linear Circuit Theory
4190.201.001 Digital Logic Design
4190.202A Digital Logic Design Lab
4190.206A Electrical and Electronic Circuits
4190.303C Embedded Systems Design
4190.309A Hardware System Design
Introduced embedded system architecture, including microprocessors, memory subsystems, serial communication, and I/O devices, with a strong emphasis on hardware prototyping.
4190.314A Hardware System Design Lab
4190.413A Capstone Design Projects

446.402B Introduction to Mechatronics (offered through the Department of Mechanical Engineering)

4541.573 Advanced Computer System Design
Taught alternating topics in system-level low-power design and high-speed digital systems design, with emphasis on signal integrity and power-aware system architecture.

EE591 Introduction to Electric Vehicles
Introduced vehicle types, construction, body styles, and propulsion systems in the first part. The second part focused on the electric powertrain, including batteries and battery management systems (BMS), charging station architecture, and high/low voltage system integration.

Undergraduate/Graduate Course

CSE421 VLSI Systems Design
Introduced embedded system architecture, including the evolution of microprocessors, ARM core architecture, memory subsystems, serial communication, LCD controllers, timers, and interrupt handling.

Graduate Course

EE577B VLSI System Design II
Covered the complete VLSI design flow, introduced various memory technologies, embedded system architectures, and the use of Verilog hardware description language for hardware modeling and design.

446.402B – Advanced Computer Systems Design, Seoul National University
Developed for undergraduate students majoring in hardware-related disciplines. The course focuses on system-level thinking, hardware-software integration, and hands-on design methodology.
4541.573 – System-Level Low-Power Design, Seoul National University
Designed for graduate-level students, introducing low-power design techniques spanning from the device level to system-level architecture, including cross-layer optimization strategies.
EE305 – Introduction to Electronics Design Lab, KAIST
Renovated the foundational lab course to emphasize practical electronics and hands-on skills. Launched the CAD4X YouTube channel to support students with instructional content on soldering and electronics prototyping.
EE591 – Introduction to Electric Vehicles, KAIST
Developed an innovative graduate course covering both mechanical and electrical components of electric vehicles. Topics include vehicle types, construction, propulsion systems, electric powertrain, battery management, charging infrastructure, and HV/LV system architectures. Notably one of the first courses to integrate complete E/E architecture education for EVs.

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