I am a dedicated Physics Instructor with a strong academic and research background in renewable energy, materials science, and hydrogen production technologies. I hold a Master’s degree in Physics, with my thesis focused on the “Preparation of 2D-WSe₂ Structures by Salinization of WO₃ Thin Films for Hydrogen Generation.” My research interests lie in the development of advanced photocatalytic materials for solar-driven water splitting.
In addition to academic research, I have actively worked on HHO (oxyhydrogen) projects, exploring the practical applications of hydrogen as a clean energy source. I have also contributed to ongoing research on metal oxide and metal-decorated reduced metal oxide thin films aimed at enhancing hydrogen generation efficiency.
My recent research paper, “Enhanced Solar Driven Water Splitting for Hydrogen Generation by Metal Oxide/Metal Chalcogenide Heterostructure Based Photocatalysts,” reflects my commitment to sustainable energy solutions.