Che Wang
Papers
3
Total Citations
118
H-Index
3
About
Che Wang is pioneering the frontier of millimeter-scale robotics, where miniaturization meets unprecedented functionality. His core research focuses on the wireless control, actuation, and locomotion of tiny robots designed to operate in extreme and confined environments. Wang’s most significant contribution is the invention of a magnetically actuated gearbox, measuring just 3 millimeters, which dramatically amplifies the torque output of miniature magnetic actuators. This breakthrough, detailed in his 2022 paper (78 citations), overcomes a fundamental limitation of small-scale robots, enabling them to perform tasks requiring greater force, such as crawling or manipulating objects. He has also developed a wireless, flow-powered robot capable of navigating fluid-filled tubular structures (2024, 30 citations), a design with profound implications for in-pipe inspection in nuclear and industrial settings. Further expanding the capabilities of small robots, Wang has engineered a jumping robot with two-degree-of-freedom inertial appendages (2022, 10 citations), enhancing its terrestrial and aerial maneuverability. Through these innovations, Wang is not just shrinking robots; he is engineering the mechanical intelligence needed for them to work autonomously in the tightest, most challenging spaces on Earth.
Research Focus
Key Achievements
Top Papers
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