I develop advanced electrocatalytic materials and reactor platforms to enable sustainable production of fuels, chemicals, and separations for critical resources. My work combines catalyst design, operando diagnostics, and reactor engineering to understand and control dynamic interfaces under realistic conditions. By tuning composition, structure, and local environments, I create systems with improved activity, selectivity, and durability. I also design modular electrochemical reactors that couple (electro-/thermal-/bio-catalytic), reactions, enhance mass transport, and enable new chemistries. This integrated approach delivers scalable solutions for decarbonized manufacturing, electrified chemical processes, and energy-efficient separations relevant to industrial applications.