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About

Mark Vlutters is a leading researcher in the field of biomechatronics and human-robot interaction, with a primary focus on balance control and gait assistance. His work bridges the gap between understanding human motor control and developing robotic exoskeletons that can restore or enhance mobility. Vlutters’ major contributions include pioneering experimental studies on balance recovery during standing and walking, particularly using lower limb exoskeletons. His 2019 paper on assisting human balance with a robotic exoskeleton (49 citations) demonstrated how forward perturbations could be counteracted through controlled stepping, while his bio-inspired reflex-based control approach (38 citations) showed that exoskeleton assistance could reduce metabolic energy consumption during walking—a key step toward practical, energy-efficient devices. Vlutters has also investigated balance impairments in chronic stroke survivors (28 citations), revealing critical differences between paretic and non-paretic stepping responses. Beyond technical research, he has contributed to transdisciplinary education, developing innovative courses on wearable and collaborative robotics (12 citations). His work is highly cited and foundational for engineers and clinicians seeking to design intelligent, adaptive robotic systems that improve human mobility and quality of life.