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About

Jiquan Li is a pioneering researcher in advanced manufacturing and smart materials, with a focus on thermoplastic composite processing, soft robotics, and multifunctional actuators. His work bridges the gap between high-performance structural composites and intelligent, responsive systems. Li’s most cited paper (45 citations, 2024) introduces a laser-assisted automated fiber placement robot for bonding GF/PP composites, revolutionizing the fabrication of complex, lightweight structures for aerospace and automotive applications. He has also developed self-repairable carbon fiber-reinforced epoxy vitrimer actuators that respond to multiple stimuli and morph programmably—a breakthrough for durable, shape-changing aerospace components. His umbrella-rib-like soft gripper, combining pneumatic and magnetic actuation, demonstrates dual-response biomimetic systems capable of large deformations and high stiffness. Additionally, Li engineered an ultrarobust actuator using high-strength carbon fibers and polycarbonate, achieving multi-stimulus response and programmable deformation without sacrificing mechanical integrity. With over 68 total citations since 2024, Li’s work is shaping the future of smart composites and adaptive structures, offering scalable solutions for next-generation robotics and aerospace technologies.