Dan Koditschek

Dan Koditschek is the Alfred Fitler Moore Professor of Electrical and Systems Engineering at the University of Pennsylvania, affiliated with the GRASP Lab. His research focuses on applying dynamical systems theory to design and test legged robots capable of complex physical interactions, such as running, climbing, and reorientation. Collaborations with biologists inform designs inspired by animal mobility, emphasizing formal mathematical modeling to understand success and limitations of robotic platforms. Key research areas include dynamical systems and control, machine learning/AI, and autonomous systems.

Recent advancements include robotic rheometry for soil analysis, fault-tolerant gaits, and embodied intelligence in legged systems. His work spans theoretical foundations to real-world applications, such as planetary exploration and field data collection. Awards include the IEEE RAS Pioneer Award (2016) and Heilmeier Research Award (2017). The Koditschek Doctoral Fellowship honors his legacy.

Advising over 20 PhD students and postdocs, Dan’s lab has produced leaders in academia and industry (e.g., Ghost Robotics, Amazon). Major projects include the RHex hexapod and the Kinegami origami-based robot design framework. Current efforts emphasize reactive planning in unstructured environments, energy-efficient locomotion, and interdisciplinary field robotics.

His lab’s innovations address challenges in granular media interaction, obstacle-aided locomotion, and sensor-based navigation. Recent articles highlight advances in proprioceptive sensing, robotic rheometry, and multiscale dynamical systems analysis.