Liqun Huang

China Mobile (China), Beijing Jiaotong University

Papers

Total Citations

H-Index

About

Liqun Huang is a robotics researcher whose work centers on human–robot interaction, variable stiffness mechanisms, and bioinspired robotic design. Drawing inspiration from the biomechanics of the human body — particularly the antagonistic muscle structures of joints like the elbow — Huang has dedicated their research to making robots safer, more compliant, and more capable of working alongside humans in shared environments. Among Huang's most notable contributions is the development of bionic variable stiffness joints that mimic the mechanical properties of human joints, enabling robots to adapt their rigidity dynamically during collaborative tasks. Their 2022 study on structural design and stiffness matching control has already garnered 9 citations, reflecting growing interest in this approach within the robotics community. Earlier work, including a 2019 proposal for a humanoid soft robotic joint combining a serial elastic actuator with symmetrically arranged elastic bands, laid important conceptual groundwork for this research direction. Huang's research addresses a critical challenge in modern robotics: achieving physical compliance without sacrificing performance. For students and researchers exploring human–robot collaboration, soft robotics, or bio-inspired mechatronics, Huang's body of work offers valuable insights into bridging biological principles with engineering innovation.