Chaolei Huang

Papers

Total Citations

253

H-Index

About

Chaolei Huang is a leading researcher in the field of micro-robotics and smart materials, with a focus on light-driven actuation and control. His work addresses the fundamental challenge of powering and communicating with devices at the microscale, where traditional electronics and wiring become impractical. Huang’s most influential contribution is the development of a miniaturized swimming soft robot that is both actuated and controlled remotely by light signals, a breakthrough paper that has garnered over 220 citations. This work demonstrates how complex movement and functions can be achieved without physical connections, paving the way for truly autonomous micro-robots. He has also designed a remotely driven micro-gripper using light-induced deformation smart materials, a critical tool for manipulating and assembling micro-scale objects. More recently, Huang has explored photothermal soft actuators based on materials like MoS₂ and PDMS, further advancing the potential for lightweight, wireless micro-machines. His research sits at the intersection of materials science, optics, and robotics, offering elegant solutions for the next generation of untethered micro-devices used in biomedical, environmental, and manufacturing applications.