Jingyi Wang

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About

Jingyi Wang is a pioneering researcher in bio-inspired robotics and magnetic actuation systems, with a focus on developing miniature robots for medical and cooperative applications. Their work centers on magnetically controlled continuum robots and bio-mimetic millirobots, addressing critical challenges in constrained environments and collaborative tasks. Wang’s most cited paper (2021, 12 citations) introduces a flexible magnetically controlled continuum robot that significantly enlarges the effective workspace for retrograde intrarenal surgery, demonstrating a novel steering method under electromagnetic navigation constraints. This contribution advances minimally invasive surgical capabilities. In another influential study (2019, 8 citations), Wang drew inspiration from carpenter ants to design electromagnetically controlled ant millirobots capable of target clamping and cooperative motion control, showcasing division of labor and problem-solving in robotic swarms. Additionally, Wang developed an electromagnetic anglerfish-shaped millirobot with wireless power generation (2019, 3 citations), highlighting innovation in self-sustaining robotic systems. With a citation impact spanning medical robotics and swarm intelligence, Wang’s work bridges fundamental bio-inspiration and practical engineering, offering transformative solutions for constrained surgical workspaces and multi-robot collaboration.