Qiaozhi Lei

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About

Qiaozhi Lei is a rising leader in soft robotics, whose work is redefining the boundaries of compliant actuation and bio-inspired design. Her primary research focuses on developing novel soft actuators and morphing structures, with a particular emphasis on achieving complex, multi-degree-of-freedom motions that were previously unattainable in soft systems. Lei’s most celebrated contribution is her pioneering work on the "Origami-Inspired Soft Twisting Actuator" (2022), which has already garnered over 80 citations. This landmark paper addresses a critical gap in the field by introducing a method to generate pure torsional motion—a capability essential for expanding the working space and dexterity of soft robots in confined environments. By merging the ancient art of origami with modern materials science, Lei has created actuators that are not only highly compliant and safe for delicate object manipulation but also capable of complex spatial movements. Her work is instrumental in advancing applications from minimally invasive surgery to inspection in tight, hazardous spaces. As a young innovator, Lei’s achievements signal a significant step toward fully realizing the potential of soft robotics in real-world, high-precision tasks.