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About

Michael Haldimann is a rising researcher in the field of rehabilitation robotics, with a specific focus on cable-driven and tendon-based robotic systems for gait and early mobilization therapy. His work addresses a critical gap in rehabilitation technology: moving beyond passive elastic bands and rigid exoskeletons toward active, force-controlled systems that can deliver precise assistance or resistance during walking recovery. Haldimann’s most cited paper (14 citations) introduces an active cable-driven, force-controlled robotic system for walking rehabilitation, a parallel development to traditional rigid systems that offers faster reaction times and higher force outputs. He has also pioneered a belt-actuated robotic platform designed for bed-lying patients, enabling full-body arm-leg training in early rehabilitation stages. His 2024 work investigates the physiological response to tendon-based robotic gait training, demonstrating a commitment to both technical development and clinical validation. While early in his career, Haldimann’s contributions are shaping the next generation of soft, adaptable rehabilitation robots that promise safer, more effective recovery for patients with mobility impairments.