Donghwan Shin / Engineer, Researcher
Donghwan Shin / Engineer, Researcher
Donghwan Shin is an Associate Researcher at the Power Generation & Environment Laboratory of the Korea Electric Power Research Institute(KEPRI) under Korea Electric Power Corporation (KEPCO).
His research focuses on the organic Rankine cycle (ORC), bioenergy, gas separation membranes, fluidized bed combustion, and fuel cell systems.
His main work involves computational engineering through numerical process modeling and experimental research on biomass combustion and exhaust gas analysis.
Education
Ph.D. Candidate. Seoul National University, Naval Architecture and Ocean Engineering (2025~Present)
M.S. University of Science and Technology, Environment and Energy Mechanical Engineering (2017~2019)
Master thesis : Numerical modeling and optimization of an ion transport membrane system (Advisor : Sanggyu Kang)
Research theme
- Developed a two-dimensional model for Ion Transport Membrane (ITM) and performed system-level integration
- Designed process models for a cascade Solid Oxide Fuel Cell (SOFC) system
- Developed a predictive model for forecasting System Marginal Price (SMP) in the electricity market
B.S. Soongsil University, Mechanical Engineering (2010~2017)
Bachelor thesis : Car suspension technology "Magic body control" (Advisor : Jin Oh Kim)
Work Experience
Associate Researcher, Korea Electric Power Research Institute (2021~Present)
- Developed process models for combustion boilers using solid fuels derived from livestock manure
- Developed an Organic Rankine Cycle (ORC) system utilizing industrial waste heat
- Performed energy and exergy analyses to optimize system configuration and efficiency
Specialist, LG Energy Solution (2020~2021)
- Enhanced cooling performance through advanced thermal management solutions
- Developed protective coatings to prevent surface corrosion of battery cells
- Formulated high-performance chemical resins for structural and sealing applications
Engineer, LG Chem (2019~2020)
- Designed battery modules and packs for electric vehicles
- Developed thermal propagation resistance (PPR) systems to enhance battery safety
- Developed adhesive technologies for structural applications
- Performed accelerated life testing to ensure product reliability
Awards
Governor's Commendation, Gyeongsangbuk-do (2023)
Best Paper Award, Korean Hydrogen&New Energy Society(KHNES) (2018)