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About

Martin Mallwitz is a leading researcher in rehabilitation robotics and human-robot interaction, with a focus on developing safe, modular systems for clinical and industrial applications. His most impactful contribution is the design and decentralized control of the Recupera exoskeleton, a dual-arm robotic system for post-stroke neurorehabilitation, which has garnered 67 citations. This work enables intense, therapist-guided and self-training sessions, advancing robot-assisted therapy for sensorimotor recovery. Mallwitz also pioneers immersive robot control using virtual reality, demonstrating in his 2018 and 2017 papers how VR interfaces can command semi-autonomous robot teams in space missions under low-bandwidth conditions—a breakthrough for remote operation in challenging environments. Additionally, his research on modular series-elastic actuators addresses safe human-robot collaboration in industrial settings, emphasizing compliance and safety. With a portfolio spanning rehabilitation, space robotics, and industrial automation, Mallwitz’s work bridges cutting-edge control theory with practical, user-centered design, making him a key figure in the evolution of collaborative and assistive robotics.