Papers
2
Total Citations
17
H-Index
2
About
Ching Yan Wong is a rising roboticist whose work bridges bio-inspired design and robust locomotion control for legged systems. His research centers on two key areas: enabling safe, agile landings for quadruped robots through morphable inertial tails, and developing controllers for stable running on unpredictable, rough terrains. Wong’s most notable contribution addresses the classic “falling cat problem”—how a cat reorients mid-air to land safely. He engineered a 3-DoF morphable inertial tail that allows a falling quadruped robot to dynamically adjust its body orientation and achieve a safe landing, a breakthrough with 14 citations that tackles a long-standing challenge in aerial reorientation for robotics. Complementing this, his work on norm regulation of the Spring-Loaded Inverted Pendulum model provides a responsive, robust controller for legged robots running on compliant surfaces, where uncertainties and disturbances are prevalent. Though early in his career, Wong’s integration of biological principles with practical control theory marks him as an innovator in dynamic locomotion, with his findings offering critical insights for search-and-rescue and exploration robots operating in hazardous, unstructured environments.
Research Focus
Key Achievements
Top Papers
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