High-Speed MIMO Signaling Techniques for Single-Ended Parallel I/O, Semiconductor Research Corporation (SRC), USA, 2009–2012, Researcher (주임연구원)
Ultra-Low-Power High-Speed FIR Transmit Driver with Auto-Adaptive Loop for Future Mobile Devices (미래형 휴대기기를 위한 극저전력 고속 송신 FIR 드라이버의 개발 및 자동 적응 루프 설계), National Research Foundation of Korea (한국연구재단), 2014–2017, PI (과제책임자)
12.5-Gb/s Multi-Rate SerDes Technology for UHDTV (UHDTV용 12.5Gbps급 Multi-Rate SerDes 기술 개발), Korea Association of Industry, Academy and Research Institute (한국산학연협회), 2014–2015, PI (과제책임자)
IP Verification Support, SoC R&D Output Sharing and Utilization Program (SoC R&D 산출물 공유기반구축 및 활용촉진 지원사업 IP검증지원), Korea Semiconductor Industry Association (한국반도체산업협회), 2014–2015, PI (과제책임자)
PAM4 Interface IP for High-Speed, Low-Power I/O Communication between IoT Modules (IoT 모듈 간 고속 저전력 IO 통신을 위한 PAM4 인터페이스 IP 설계), Korea Association of Industry, Academy and Research Institute (한국산학연협회), 2016–2017, PI (과제책임자)
Digital Clock Generation IP with Repetitive DCO Control-Signal Storage/Replay for Low-Power IoT Hardware (IoT 하드웨어의 저전력 구현을 위한 DCO의 반복적인 디지털 제어 신호 기억/재생 기법의 디지털 클럭 생성 IP 설계), National Research Foundation of Korea (한국연구재단), 2017–2020, PI (과제책임자)
High-Speed Serial Interface IP Development (High Speed Serial Interface IP 개발), UnoSilicon (우노실리콘), 2018–2019, PI (과제책임자)
On-Chip Programmable Multi-Rate ISI Noise Generator and Auto-Adaptive PAM4 Transmitter for High-Speed Interfaces Using Non-Memory System Semiconductor Design Technology (비메모리 시스템 반도체 설계 기술을 사용한 다양한 속도의 온칩 Programmable ISI 노이즈 생성기 및 자동적응 고속 인터페이스용 PAM4 Transmitter 개발), National Research Foundation of Korea (한국연구재단), 2020–2023, PI (과제책임자)
Sub-GHz PLL IP Development (Sub-GHz PLL IP 개발), SRD, 2022, PI (과제책임자)
0.9/2.3-GHz PLL IP Development (0.9/2.3-GHz PLL IP 개발), SRD, 2022–2023, PI (과제책임자)
X-Band 10-GHz PLL IP Development (Xband 10-GHz PLL IP 개발), SRD, 2023–2027, PI (과제책임자)
Doubler-Based PLL IP Development (Doubler 구조 PLL IP 개발), SRD, 2025, PI (과제책임자)
Single-Path Limit-Cycle-Free BBPD Fractional-N Digital PLL with Fine-Resolution DCO Core and Background Self-Healing Calibration (DCO 코어 Fine 해상도와 Background Self-Healing 보정을 통한 단일경로 Limit-Cycle-Free BBPD Fractional-N 디지털 PLL), National Research Foundation of Korea (한국연구재단), 2026–2030, PI (과제책임자)