Chuanqi Zheng
Papers
5
Total Citations
295
H-Index
4
About
Chuanqi Zheng is a pioneering roboticist whose work bridges the gap between bio-inspired mechanical design and intelligent human-robot interaction. His core research spans three transformative areas: underactuated robotic grippers, reconfigurable wheel-leg locomotion, and mixed-reality human-swarm teaming. Zheng’s most influential contribution is the **TWISTER Hand** (139 citations), a cable-driven gripper whose origami-inspired continuum fingers enable remarkably adaptable grasping of objects with diverse shapes, weights, and textures. In mobile robotics, he developed the **WheeLeR** mechanism (73 citations) and its evolution, **α-WaLTR** (66 citations), which use passive gears to allow a single robot to seamlessly transform between wheel and leg modes, adapting to rough terrain. More recently, Zheng has advanced human-swarm interaction through an integrated mixed-reality architecture for virtual-physical hybrid swarms and the **α-SWAT** sensorimotor interface, field-tested with persons with limb loss for military operations. His work is distinguished by its elegant mechanical minimalism—achieving complex behaviors through clever passive mechanisms—and its practical focus on real-world deployment. With over 295 total citations, Zheng is shaping the future of robots that can grasp anything, traverse any terrain, and collaborate intuitively with humans.
Research Focus
Key Achievements
Top Papers
- 1TWISTER Hand: Underactuated Robotic Gripper Inspired by Origami Twisted Tower139 citations · 2020
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