Chan-Young Maeng
Papers
3
Total Citations
88
H-Index
3
About
Chan-Young Maeng is a robotics researcher whose work bridges the gap between precision manipulation and safe, dynamic physical interaction. His primary research areas include adaptive robotic grippers, medical robotics, and bio-inspired legged locomotion. Maeng’s most notable contribution is the **BLT Gripper** (2020, 71 citations), an innovative adaptive gripper that actively transitions between precise pinch and compliant grasp modes—a long-standing challenge for limited-DOF robotic hands. This work has been influential in advancing dexterous manipulation for industrial and service robots. In response to the COVID-19 pandemic, Maeng developed the **Inherently Safe Nasopharyngeal Swab Sampling Robot** (2022, 11 citations), which uses a force restriction mechanism to ensure safe, autonomous sample collection, directly addressing the need to protect healthcare workers during respiratory virus outbreaks. Most recently, his **HyperLeg** (2024, 6 citations) introduces a high-DOF leg and toe mechanism inspired by human biomechanics, enabling highly dynamic motions like increased stride length and impact mitigation—a significant step toward more agile legged robots. Maeng’s work consistently demonstrates a talent for solving practical engineering challenges with elegant, bio-inspired designs, making him a rising figure in robotics.
Research Focus
Key Achievements
Top Papers
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