RESEARCH PROJECTS
Funded by Government
“High-density power conversion for electrified vehicles by high-frequency GaN FET and three-dimensional cooling”
Funded by the Ministry of Science and ICT, South Korea
March 2022- February 2026
“Development of Nano Grid Gateway Using High-Efficiency Micro-SST”
Funded by the Ministry of Science and ICT, South Korea
May 2021-Februrary 2024
“Fault-detection and prognostics of power conditioning system”
Funded by the Ministry of Science and ICT, South Korea
May 2021-Februrary 2024
“Development of Energy Router Using SST for Energy Network (2nd stage)”
Funded by the Ministry of Science and ICT, South Korea
January 2021-December 2023
“Component-level RUL (remaining useful life) estimation of power
semiconductor module”
Funded by Korea Institute of Energy Research
January 2021-December 2024
“Development of Energy Router Using SST for Energy Network (1st stage)”
Funded by the Ministry of Science and ICT, South Korea
June 2019-December 2020
“Unified power conversion system for plug-in hybrid electric vehicle (PHEV)
with high efficiency and high power density”
Funded by the Ministry of Education, South Korea
June 2018-May 2022
Funded by Industry
"Development of Real-time Health Index Measurement Method for Fault-Prediagnosis of Converter"
Funded by Hyundai Motor Company
September 2024-September 2025
"Development of 65W GaN Charger for Mobile Application"
Funded by Lucidmicrosystems
March 2024-December 2024
“Bidirectional 48 V-12 V isolated GaN FET converters”
Funded by LG Innotek
June 2023-June 2024
“Bidirectional 22-kW on-board battery charger compatible for both single- and three-phase AC mains”
Funded by EGtronics
July 2022-June 2023
“Reliable synchronous rectifier for high-efficiency power conversion”
Funded by Hyundai Motor Company
June 2022-May 2023
“Synchronous driving technique of 3-kW bidirectional low-voltage DC-DC converter for HEV application”
Funded by Hyundai Motor Company
November 2021-July 2023
“4-kW bidirectional low-voltage dc-dc converter for vehicular application”
Funded by Hyundai MOBIS
March 2020-October 2022
“7.2-kW dual-active-bridge (DAB) based bidirectional power conversion
circuit and its control”
Funded by LG Electronics
October 2019-May 2020