Leslie Ziqi Lim

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About

Leslie Ziqi Lim is a pioneering researcher in bio-inspired robotics, with a focus on translating the intricate mechanics of insect locomotion into functional robotic systems. Her work centers on biomimetic leg design, particularly the development of robotic appendages that replicate the complex tarsal structures and claw mechanisms found in insects. Her most-cited paper, "A robotic leg inspired from an insect leg" (2022, 17 citations), demonstrates a key contribution: designing a leg that uses a single actuator to achieve smooth attachment and detachment on challenging surfaces, mimicking how insects navigate plant terrain. This innovation addresses a critical gap in robotics, where simple foot tips often fail on complex substrates. Lim's research has significant implications for search-and-rescue robots and environmental monitoring, enabling machines to traverse uneven, vertical, or delicate surfaces with unprecedented efficiency. Her work stands out for its elegant simplification of biological complexity, offering a scalable approach to legged robotics. With growing recognition, Lim is establishing herself as a leading voice in bio-inspired engineering, bridging the gap between insect biomechanics and practical robotic applications.