Dan Koditschek

Dan Koditschek is the Alfred Fitler Moore Professor in the Department of Electrical and Systems Engineering at the University of Pennsylvania and a foundational figure in robotics research. His work investigates how dynamical systems theory can be used to design, analyze, and experimentally validate autonomous machines that physically interact with the world—robots that can run, climb, hop, reorient, manipulate, and recover, even in highly variable terrains. Koditschek’s research emphasizes the development of mathematical models that explain both successes and limitations of robotic platforms, creating a rigorous theoretical bridge between physical behavior and autonomous control. His group frequently collaborates with biologists to study animal locomotion and dexterity, using biological insights as inspiration for robot morphology, compliant mechanisms, control templates, and affordance-based behaviors. Through projects on legged locomotion, reactive planning, mobility in cluttered environments, compliant actuation, origami-based mechanisms, and environmental interaction, the lab seeks principled foundations for robust autonomy. Koditschek’s work has shaped modern understanding of mobility and perception–action systems in robotics.