Mater candidate at HERO Lab. CFD analysis for high-temperature reactor Turquoise hydrogen production using methane pyrolysis

Ph.D. candidate at HERO Lab. Modeling and simulation of alkaline electrolysis for green hydrogen production. Fuel cell system for marine applications.

Master candidate at HERO Lab. Fuel cell stack design and analysis (SOFC) Thermal and fluid design for fuel cell module scale up

Integrated Ph.D. candidate at HERO Lab. Analyses and optimization of hydrogen energy systems. Dynamic modeling and simulation for fuel cell and electrolysis.

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

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

Mater candidate at HERO Lab. Research on model-based control and design of fuel cell system Leveraging predictive control for efficient system performance

Integrated Ph.D. candidate at HERO Lab. Ammonia fueled Solid Oxide Fuel Cell (SOFC) Experimental work for performance characterization and stack development