Mei Ying Teo

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About

Mei Ying Teo is a pioneer in soft robotics, specializing in the development of highly elastic, flexible, and body-powered systems for human-centric applications. Her research centers on capacitive sensor arrays and soft hydraulic actuators, with a focus on creating robust, compliant alternatives to rigid robotics. In her highly cited 2019 work (28 citations), Teo introduced a multi-layered carbon black/elastomer composite capacitive sensor array, demonstrating a simple fabrication technique that enables seamless integration into soft robotic systems—a breakthrough for tactile sensing in dexterous manipulation. Expanding into assistive technology, her 2022 paper (11 citations) presents a body-powered, portable soft hydraulic actuator designed as a prosthetic hand, leveraging natural human movements to mimic hand function. This work addresses a critical need for lightweight, dexterous prosthetics that reduce reliance on external power sources. Teo’s contributions bridge materials innovation and practical deployment, advancing soft robotics toward real-world applications in rehabilitation and human-robot interaction. Her work is foundational for students and researchers exploring elastic composites, capacitive sensing, and energy-efficient actuation for next-generation wearable and prosthetic devices.