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About

Tanguy Ridremont is at the forefront of soft robotic rehabilitation, developing next-generation exoskeletons that restore upper-limb function for individuals with neurological impairments. His research centers on pneumatically actuated, compliant systems designed specifically for hand and wrist motion assistance. In his highly cited 2024 work (25 citations), Ridremont introduced a soft robotic hand and wrist exoskeleton that leverages compliant actuation to safely assist fine motor rehabilitation—a critical advancement over rigid, traditional devices. He further expanded this vision with a bilateral rehabilitation system (9 citations) that enables synchronized, mirror-therapy exercises for post-stroke recovery, addressing the essential need for functional upper-limb therapy. Most recently, his 2025 study pioneers experimental data-driven angular velocity control for soft pneumatic wrist exoskeletons, enhancing precision and adaptability in real-time assistance. With a growing citation impact and a clear trajectory toward clinically viable solutions, Ridremont’s work is shaping the future of accessible, gentle, and effective neurorehabilitation technologies.