Yu Sheng

Papers

Total Citations

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About

Yu Sheng is an emerging researcher at the forefront of bio-inspired robotics and advanced manufacturing, with a particular focus on wireless millirobots designed for biomedical applications. His work bridges the fields of 4D printing, soft robotics, and magnetic actuation to engineer miniature devices capable of navigating complex biological environments, including confined vascular networks within living organisms. Sheng's most notable contributions include the development of a 4D-printed snake-like biomimetic soft robot (2025, 8 citations), which addresses critical design challenges in maneuvering through intricate physiological spaces, and a 3D-printed swordfish-inspired wireless millirobot (2024, 5 citations), a 20 mm device that draws on the hydrodynamic efficiency of swordfish to achieve programmable, magnetically driven locomotion using direct-ink-writing technology. Together, these works demonstrate his innovative use of nature as a design blueprint for solving real-world medical engineering problems. Though early in his citation trajectory, Sheng's research holds significant promise for the future of minimally invasive medicine and targeted drug delivery. His integration of advanced fabrication techniques with biomimetic principles positions him as a researcher to watch in the rapidly evolving field of medical microrobotics.