Ph.D. candidate at HERO Lab. CFD analysis for high-temperature reactor Turquoise hydrogen production using methane pyrolysis Contact: leesoo9352(at)kentech.ac.kr

Ph.D. candidate at HERO Lab. Modeling and simulation of alkaline electrolysis for green hydrogen production. Fuel cell system for marine applications. Contact: su.lim(at)kentech.ac.kr

Ph.D. candidate at HERO Lab. Analyses and optimization of hydrogen energy systems. Dynamic modeling and simulation for fuel cell and electrolysis. Contact: yujin.choi(at)kentech.ac.kr

Ph.D. candidate at HERO Lab. Digital Twin Technology for Hydrogen Energy Systems. Integration of Ammonia Cracking and Gas Turbnine Combined Cycle System optimization and economic model development Contact: sangyong.lee(at)kentech.ac.kr

조승현 님은 KENTECH HERO Lab에서 "청정수소 생산을 위한 원자력 에너지 연계 고온수전해 시스템의 시뮬레이션과 엑서지 해석 (System Simulation and Exergetic Evaluation for Nuclear Energy Integrated High-temperature Electrolysis Clean Hydrogen Production)"을 주제로 석사학위를 취득하고, 현대건설(주) 연구소 그린에너지연구실에서 근무하고 있습니다(박사과정 병행). 앞으로도 KENTECH HERO연구실 및 수소에너지 트랙과 많은 협력을 기대합니다. ********************************************** Ph.D. candidate at HERO Lab. Hydrogen Production using Nuclear Energy and Solid Oxide Electrolysis Cell (SOEC) Process modeling and optimization, dynamic simulation, economic analysis Contact: seunghyeon.jo(at)kentech.ac.kr

Integrated Ph.D. candidate at HERO Lab. Ammonia-fueled Solid Oxide Fuel Cell (SOFC) Experimental work for performance characterization and stack development Contact: bsw2880(at)kentech.ac.kr

Master candidate at HERO Lab. Ammonia-fueled Solid Oxide Fuel Cell (SOFC) SOFC system simulation and optimization Contact: bjh050(at)kentech.ac.kr

Master candidate at HERO Lab. Life Cycle Assessment (LCA) for hydrogen energy SOFC system simulation Contact: tariq(at)kentech.ac.kr

Post-Doc Researcher at HERO Lab. CFD Simulation of ammonia fueled SOFC and SOEC Adsorption refrigeration system integrated with fuel cell systems

Research Professor at HERO Lab. Advanced energy conversion systems including sCO2 based systems and fuel cell. Hybridization and optimization of renewables based systems. Contact: hafiz(at)kentech.ac.kr

Secretary of HERO Lab (행정연구원) 연구과제 관리, 연구실 행정 총괄 업무 Contact: ewe1210(at)kentech.ac.kr

Researcher at HERO Lab at KENTECH Design and fabrication of fuel cell module test equipment. Experimental study of ejectors for fuel supply lines. Contact: yjlee1017(at)kentech.ac.kr ※ 석사학위 논문제목 열 저장 물질 및 용량 변화에 따른 단열 압축공기 에너지 저장 시스템 성능 변화 분석 Performance analysis of an adiabatic compressed air energy storage system considering variations in thermal storage materials and capacity

Assistant professor at Korea polytechnic VII Department of petrochemical process External researcher of HERO Lab. Simulation and optimization of Power-to-X systems Exergy analysis and economic analysis of hybrid energy systems

Professor at Technische Universität Berlin Institut für Energietechnik Exergy-based methods for refrigeration systems Prof. Morosuk was a co-supervisor of Prof. Lee during his study at TU Berlin and has been co-working with Prof. Lee in the area of environmental analysis and life cycle assessment of energy systems.

Emeritus Professor at Technische Universität Berlin Institut für Energietechnik Energietechnik und Umweltschutz Prof. Tsatsaronis was a supervisor of Prof. Lee during his study at TU Berlin and has been co-working with Prof. Lee in the area of exergy analysis, economic analysis of energy systems.

Undergraduate Intern researcher at HERO Lab. Process simulation and optimization Turquoise hydrogen production system using methane pyrolysis

Undergraduate Intern researcher at HERO Lab. Thermal-fluid analysis on fuel cells

Undergraduate intern researcher AI-based process simulation Ejector modeling for SOEC system

Undergraduate Intern researcher at HERO Lab. Process simulation and optimization Nuclear power integrated hydrogen production