Christopher Depcik

Dr. Christopher Depcik is an Associate Professor in the Department of Mechanical Engineering and a Courtesy Professor in Aerospace Engineering at the University of Kansas. His research focuses on combustion sustainability, alternative fuels, and aftertreatment devices to improve engine efficiency and reduce emissions.

• Leading the "Feedstock to Tailpipe" initiative for a systems approach to fuels development
• Specializes in catalytic aftertreatment simulation for emissions compliance
• Mentors students in the EcoHawks capstone design class with projects on electrified vehicles and biomass combustion

His recent publications highlight work on additive manufacturing for heat exchangers, predictive combustion modeling, and hydrogen-powered UAVs. Dr. Depcik’s interdisciplinary research bridges automotive engineering, energy systems, and materials science, with applications to biofuels, Li-ion batteries, and space propulsion.

• Pioneered "Burn the Atmosphere of Titan" study for extraterrestrial combustion
• Developed low-cost LiDAR systems for transportation safety

His teaching emphasizes the integration of transportation and energy infrastructure, aligning with national energy security strategies. The EcoHawks lab serves as a hub for hands-on research in smart electrical grids and engine test cells.