Graduate (List)

This lecture covers digital system-on-chip (SoC) design methodologies, which can be regarded as essential techniques for realizing the recent digital VLSI circuits. Students can design and verify system-on-chip architectures by integrating processor, on-chip bus, and digital IPs, performing advanced HW/SW co-design steps for improving the system efficiency.

This course covers topics of interest in robotics for graduate level students. Course content is specifically designed by the instructor.

This course covers topics of interest in control theory at the graduate level. Course content is specifically designed by the instructor.

This course covers topics of interest in power electronics for students at the graduate level. Course content is specifically designed by the instructor.

This course covers the practical design of power converter topology. Based on duality principles, topological study of Non-isolation converter and isolated converter are carried out. The various topology extension of buck, boost and buck-boost topologies and forward, half bridge, push-pull and full bridge are investigated.

The relationship between intelligence and information is explained. New realization techniques of intelligent systems are illustrated. Design methods of intelligent systems are explained in relation to information flow.

A research course for non-thesis Master’s degree program student. Research subject can be selected with a professor who is going to guide research during the semester.

In this course, the student selects an advisor and a research topic, and conducts research for basic understanding and application of a specific topic in electrical engineering.

This course is composed of invited lectures given by experts in electrical engineering and various related subject areas.

This course is composed of invited lectures from experts in electrical engineering and various areas.