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About

Shima Okada is a leading researcher in the intersection of soft robotics, wearable sensors, and assistive technologies. Her work centers on developing flexible, multifunctional sensors for robotic and wearable applications, with a particular focus on self-powered systems and multi-material 3D printing. Okada’s most impactful contribution is her comprehensive 2019 review on flexible multifunctional sensors (323 citations), which has become a foundational reference in the field. She pioneered the use of triboelectric sensors for soft robotic grippers and fingers, demonstrating how self-powered curvature sensors can enable stiffness-tunable and highly sensitive tactile feedback. Her innovative approach to sensor design includes the use of electro-conductive yarns for slip detection, a low-profile solution with practical applications in prosthetic and robotic grasping. Beyond sensing, Okada has explored human-robot interaction, classifying forearm and finger motions using electromyogram signals and arm-shape changes, and investigating how assistive robots affect muscle synergy during sit-to-stand movements. Her work bridges fundamental materials science with practical robotic applications, earning her recognition as a key innovator in soft robotics and wearable technology.