Papers
37
Total Citations
581
H-Index
16
About
Wanfeng Shang is a pioneering researcher at the intersection of microrobotics, nanorobotics, and biomedical engineering, whose work has significantly advanced the development of intelligent small-scale robotic systems for medical and biological applications. His research spans soft robotics, magnetically actuated microrobots, nanorobotic manipulation, and tactile perception, reflecting a remarkably broad yet cohesive scientific vision. Shang's most impactful contributions include the development of a soft tunable gelatin robot with insect-like grasping capabilities (57 citations) and multi-functionalized micro-helical capsule robots with advanced drug-loading and release capabilities (45 citations). His pioneering work on magnetically actuated microcapsule robots for 3D bioartificial architecture construction and spiral-rolling millirobots capable of upstream swimming in blood vessels demonstrates his commitment to clinically relevant innovation. He has also made substantial contributions to nanorobotic systems for automated cell imaging and high-throughput non-embedded cell cutting, garnering over 75 combined citations across these works. Beyond hardware, Shang has advanced robotic intelligence through tactile sensing algorithms, including the notable TactONet framework and genetic algorithm-based ensemble learning for grasp stability recognition. With over 300 total citations across a decade of research, Shang has established himself as a formidable contributor to next-generation biomedical microrobotics and intelligent robotic perception.
Research Focus
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Top Papers
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