학력
Materials Engineering, RPI, Troy, NY, USA. Ph.D. 공학박사 1993-1996
Materials Engineering, Columbia Univ, NYC, NY. USA, M.S. 공학석사 1992-1993
Materials Engineering, Iowa State Univ., Ames, IA, USA, B.S. 공학사 1989-1991
Materials Engineering, Korea Univ. Seoul, Korea, 입학 1987-1988
주요 경력
대학장, 서울과학기술대학교 창의융합대학 08/2024-현재
정교수, 서울과학기술대학교 창의융합대학 지능형반도체공학과 09/2007-현재
대학원장, 서울과학기술대학교 NID융합대학원 08/2014-01/2016
기술고문, 코아텍(주) Seoul Korea 12/2010-05/2014
기술고문, 아테코(주) Seoul Korea 12/2010-05/2014
창업주, 제로켐(주) Seoul Korea 12/2008-05/2014
수석연구원, 삼성전자(주) Kiheung Korea 10/2006-08/2007
창업주, 마스터솔루션(주) Vancouver BC CANADA 10/2001-06/2006
방문교수, Univ. of British Columbia Vancouver BC CANADA 08/2001-02/2003
방문교수, Virginia PolyTechic Institute. Blacksburg VA USA 01/2001-07/2001
방문교수, Univ. of Utah Salt Lake City Utah USA 06/1999-09/1999
조교수, School of Applied Science Nanyang Technological University SINGAPORE 02/1998-02/2001
책임연구원 II, PRC Georgia Institute of Technology Atlanta GA USA 01/1997-12/1997
박사과정-파견연구원, SPDC Texas Instruments Inc. Dallas TX USA 06/1994-12/1996
박사과정-연구원, CIE Rensselaer Polytechnic Institute Troy NY USA 09/1993-09/1996
석사과정-연구원, Materials Dept. Columbia Univ. NYC NY. USA 01/1992-05/1993
연구 분야
Artificial Intelligence/Machine Learning/Computer Vision/Object Detection
Materials Informatics
Semiconductor Materials/Device
Power Electronics & Motor Control
Embedded System Design (S/W & H/W)
저널 논문
◾ Sensitivity Analysis and Performance Trade-offs in Regression Neural Networks for Magnetic Field Sensing with Rectangular MOS Transistors, IEEE Sensors Journal, 2024이용근 (창의융합대학장)
◾ Descriptor: BLDC Hall Sensor Displacement Dataset, IEEE Data Descriptions, 2024이용근 (창의융합대학장)
◾ Enhancing Object Detection in Dense Images: Adjustable Non-Maximum Suppression for Single-Class Detection, IEEE ACCESS, 2024이용근 (창의융합대학장)
◾ Optimizing Detection: Compact MobileNet Models for Precise Hall Sensor Fault Identification in BLDC Motor Drives, IEEE ACCESS, 2024이용근 (창의융합대학장)
◾ Transparent and Flexible Patch Antenna Using MMF for Conformal Wi-Fi 6E Applications, JOURNAL OF ELECTROMAGNETIC ENGINEERING AND SCIENCE, 2023이용근 (창의융합대학장)
◾ Validity Improvement in MolGAN-Based Molecular Generation, IEEE ACCESS, vol.11 pp.58359~58366, 2023이용근 (창의융합대학장)
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