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About

S Sugiura is a leading researcher in assistive robotics, specializing in wearable exoskeletons and soft sensing technologies for mobility support. Their work focuses on developing innovative mechanisms to aid individuals with physical impairments in performing essential daily activities, such as sit-to-stand transfers and kneeling postures. A major contribution is the Variable Grounding Flexible Limb (VGFL), a compact robotic limb that enhances stability and body weight support during sit-to-stand transfers by dynamically adjusting its grounding point. Sugiura has also pioneered a passive lower limb exoskeleton that expands the support polygon, enabling safer and more stable stand-to-kneel and kneel-to-stand transitions—a critical need in nursing care. Additionally, their research on high-strength, flexible body weight support mechanisms balances strength, compactness, and ground interaction, while their work on closed-loop optimization of soft sensors using 3D-printed conductive hydrogels advances state estimation in wearables. With each of their most-cited papers from 2023 garnering 7–12 citations, Sugiura’s contributions are rapidly gaining recognition for addressing real-world challenges in rehabilitation and assistive technology.