Xinfang Jin, an assistant professor of mechanical engineering at UMass Lowell, is conducting innovative research on large-scale hydrogen production through reversible solid oxide cells. She aims to address the rapid degradation of these cells, which limits hydrogen production efficiency. Despite the scientific community's lack of understanding regarding this issue, Jin has received a substantial grant from the National Science Foundation to delve into the mechanics and chemistry behind the degradation phenomenon. Her ultimate goal is to make hydrogen a more cost-effective and viable fuel source. Jin's project not only targets renewable energy challenges but also strives to inspire underrepresented groups in STEM fields, with a particular focus on Native American Pacific Islanders and students with refugee backgrounds from Southeast Asia. By involving over 250 undergraduate students from these communities, Jin creates an inclusive environment for research and learning. Her expertise in multi-physics modeling of various energy systems positions her as a key figure in advancing sustainable energy solutions and promoting educational equity.