Kangning Tan

Papers

Total Citations

H-Index

About

Kangning Tan is a leading researcher in soft robotics and reconfigurable mechanisms, with a focus on bio-inspired and origami-based systems for enhanced adaptability in complex environments. Their major contributions include the development of an innovative origami continuum manipulator that integrates modularized design and hybrid actuation, achieving exceptional deformability and precise kinematic modeling—a breakthrough detailed in their 2024 highly cited work (21 citations). This research advances the field by enabling more flexible and accurate robotic arms for minimally invasive surgery and industrial inspection. Tan also pioneered a metamorphic quadruped crawling robot, published in 2023 (7 citations), which uses a transformable trunk mechanism to improve locomotion and stability on uneven terrain, demonstrating significant potential for search-and-rescue and planetary exploration. Their work bridges theoretical kinematics with practical robotic design, earning recognition for its originality and impact. With a growing citation record and a focus on scalable, modular systems, Tan is shaping the future of adaptive robotics, inspiring students and researchers to explore the intersection of origami engineering and autonomous locomotion.