Dr. Nesrin Ozalp, an esteemed engineer, is leading the Department of Mechanical Engineering at Illinois State University with a strong emphasis on clean energy and hydrogen research. Coming from Purdue University Northwest, Ozalp, with her extensive academic background from Stanford University and the University of Washington, is dedicated to sharing her passion for clean energy and the potential of hydrogen as a sustainable alternative to fossil fuels. Her research focuses on utilizing solar energy to generate hydrogen, emphasizing its versatility for various sectors like industry, residential areas, commercial businesses, and space exploration. Ozalp's commitment extends to her students, whom she involves in cutting-edge projects ranging from robotics and AI applications for sustainability to hydrogen-powered vehicle production and innovative medical tools. She believes in hands-on experience and practical learning, enabling her students to excel in their careers leveraging the knowledge gained in her labs. Advocating for hydrogen as a vital energy source due to finite fossil fuel reserves and environmental concerns, Ozalp stresses the importance of advancing hydrogen production technologies. While acknowledging the complexities of hydrogen extraction from sources like water and natural gas, she envisions a future where solar hydrogen becomes a cost-effective competitor to traditional fuels. The article highlights global efforts in enhancing hydrogen production technologies, with researchers worldwide exploring more efficient methods. Despite challenges in cost and commercialization, Ozalp's patent-pending gas turbine design represents a significant step towards making hydrogen a viable energy option. Her positive outlook on hydrogen's potential and the ongoing research in this field signal a promising shift towards sustainable energy solutions.