The George W. Woodruff School of Mechanical Engineering is developing the mechanical systems, materials, and energy technologies that will define next-generation transportation. Our researchers are advancing vehicle electrification through new battery systems, thermal management strategies, and powertrain designs that enable electric vehicles and trucks to drive farther, charge faster, and operate more efficiently, with a strong emphasis on scalable domestic manufacturing. Innovations in mechanical and energy systems are improving how electrified vehicles connect to homes, fleets, and the electric grid, reducing cost and increasing overall system efficiency. Data analytics and artificial intelligence are used as engineering tools to inform design decisions, to optimize structures and thermal systems, and to improve energy efficiency across vehicles and infrastructure. In parallel, new composite materials, structural architectures, and mechanically robust autonomous platforms are improving performance across applications ranging from ground vehicles to drones and aircraft. Through these activities, the Woodruff School is leading the engineering of safe, scalable, and autonomous mobility systems.
Contributing research area groups:
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