Doctoral Candidate
Current• Developed scalable blade coating process for solid-state ionogel electrolytes for Li-ion batteries yielding 300% higher energy density than the incumbent• Generated a novel method to produce earth-abundant clay nanomaterials for use as a low-cost matrix material in gel electrolytes for Li-ion batteries • Mentored 3 graduate and 1 undergraduate students, helping to guide their research and careers• Collaborated with external university producing new composite concrete resulting in publication