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About

C. K. Harnett is a pioneering researcher in microrobotics and soft actuation, whose work bridges the gap between biological inspiration and engineering innovation. Her key research areas include laser-driven microrobots, soft electromagnetic actuators, and biomimetic robotic manipulators. Harnett’s most notable contribution is the development of the ChevBot, an untethered submillimeter robot powered by a 532 nm laser beam, which represents a breakthrough in microfactory applications. Her work on force-amplified soft electromagnetic actuators and all-polymer optoelectronic tactile sensors has advanced the field of soft robotics, enabling more dexterous and sensitive robotic systems. With over 90 citations across her top ten papers, Harnett’s research has had a significant impact on microrobotics and human-robot interaction. Her 2024 paper on anthropomorphic robotic hands, inspired by human biology, has already garnered 16 citations, highlighting its relevance to ongoing efforts in creating lifelike manipulators. Harnett’s innovative approaches, such as digital origami from geometrically frustrated tiles and fiber-crawling microrobots, demonstrate her ability to think creatively about materials and mechanisms. Her work continues to inspire new generations of researchers in robotics and MEMS.