Assistant professor Ashish Aphale and his team at Kennesaw State University (KSU) are at the forefront of clean energy innovation through their research on energy storage and conversion systems. Funded by the National Science Foundation (NSF), the team is investigating the impact of hydrogen on metal oxide nanostructures to enhance electrode performance in energy storage devices. Aphale's research primarily focuses on developing advanced materials such as polymers, nanocomposites, ceramics, and alloys to improve the efficiency of energy storage systems like batteries and fuel cells. The goal of the research is not only to make energy systems more cost-effective but also to transform them into a reliable power source for large-scale implementation. Moreover, the team is working on expanding the use of carbon nanomaterials in energy storage devices to create more efficient, durable, and affordable solutions. Aphale's lab, the Clean Energy Materials Engineering and Research Lab (CEMER), is a collaborative space for students from diverse academic backgrounds. From Ph.D. candidates to First-Year Scholars, students engage in hands-on research that deepens their understanding of energy technologies and motivates them to contribute to sustainable energy alternatives. In addition to mentoring university students, Aphale runs the Outreach Program for Early Research Experience Opportunity (OREO), offering research internships to high school students in the Atlanta area. Many of these students later pursue STEM fields in college and some return to KSU for further research. Aphale emphasizes the importance of involving students in real-world research, enabling them to make meaningful contributions to the energy sector. The positive impact of Aphale's work extends beyond the university, inspiring both students and researchers to drive advancements in clean energy technologies. Through collaborative efforts and a commitment to mentoring future generations, Aphale is shaping a brighter and more sustainable future in the field of energy innovation.