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About

Matthias Fuchs is a leading roboticist whose work has fundamentally advanced the design and control of humanoid and legged robots. His research focuses on creating highly capable, torque-controlled platforms for dexterous manipulation and robust locomotion in unstructured environments. Fuchs is best known as the principal developer of "Rollin' Justin," a groundbreaking mobile humanoid research platform. His foundational papers on this system (2009, with 156 and 107 citations respectively) introduced a sophisticated combination of a variable-base mobile platform with a compliant, torque-controlled upper body, enabling unprecedented dexterous manipulation for real-world servicing tasks. He further pushed the boundaries of bipedal locomotion with his work on a torque-controlled biped robot (2010, 68 citations), establishing a critical experimental platform for studying dynamic walking. His contributions extend to multi-legged locomotion with the DLR-Crawler (2008, 49 citations) and to the emerging field of anthropomorphic soft robotics (2011, 41 citations). Through these integrated systems, Fuchs has demonstrated that torque-controlled, compliant actuation is the key to achieving the safe, adaptive, and human-like interaction required for robots to operate effectively in our world.