Jing Zhao

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About

Jing Zhao is a pioneering researcher in the field of bioinspired sensing technologies and flexible electronics, with a particular focus on developing innovative tactile sensing systems. His most notable work centers on the creation of electronic whisker arrays inspired by biological sensory systems, demonstrating a remarkable ability to bridge nature's elegant solutions with practical engineering applications. Zhao's landmark 2016 paper on pencil-drawn paper-based electronic whiskers garnered 73 citations, showcasing his talent for developing low-cost yet highly effective sensing platforms. This work demonstrated exceptional strain sensitivity and rapid response times of just 50 milliseconds, enabling the construction of three-dimensional spatial maps — a capability with profound implications for robotics, prosthetics, and human-machine interfaces. The elegance of using pencil-drawn graphite on paper as a functional sensing material reflects Zhao's creative approach to materials science, making advanced sensing technology accessible and scalable. His research sits at the compelling intersection of biomimetics, flexible electronics, and tactile sensing, contributing meaningful advances to the development of next-generation wearable devices and intelligent robotic systems. For students exploring soft robotics, electronic skin, or bioinspired engineering, Zhao's work represents an inspiring model of innovation through interdisciplinary thinking.