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About

Wan Ru Leow is a pioneering researcher at the intersection of soft robotics, wearable electronics, and bioinspired intelligent systems. Her work fundamentally reimagines how materials can sense, actuate, and compute, with a focus on creating durable, high-performance devices for healthcare monitoring, prosthetics, and human-machine interfaces. Leow’s most impactful contribution is the development of auxetic mechanical metamaterials for stretchable strain sensors, a breakthrough that overcomes the sensitivity limitations imposed by the Poisson effect. This work, cited over 520 times, enables subtle strain detection critical for soft robotics and IoT applications. She has also pioneered the 3D printing of photoresponsive shape-memory composites (481 citations), creating complex, stimuli-responsive structures. In a landmark achievement, Leow developed an artificial somatic reflex arc (173 citations), emulating human reflex actions for advanced prosthetics and robotics. Further pushing boundaries, she created a chemically mediated artificial neuron (170 citations) and a supertough electro-tendon based on spider silk composites (100 citations), demonstrating unparalleled material innovation. Her research on mechanically durable memristor arrays and highly nonlinear threshold switches for flexible sensory arrays underscores her commitment to robust, scalable electronics. Leow’s work consistently bridges fundamental materials science with transformative applications, making her a leading voice in next-generation soft and bioinspired technologies.