Yadong Mo

Beijing University of Posts and Telecommunications

Papers

Total Citations

H-Index

About

Yadong Mo is an emerging researcher at the forefront of assistive robotics and intelligent mechatronic systems, with a focus on addressing critical challenges in healthcare and human-robot interaction. His primary research areas encompass the development of bathing assistive devices for the elderly, the kinematics of fracture reduction robots, and novel tactile-sensing technologies for humanoid robots. Mo’s major contributions include a systematic review of bathing robots, highlighting their significance in mitigating the global aging crisis, and the proposal of a Newton-Genetic algorithm to solve the forward kinematics of parallel fracture reduction robots—a breakthrough that promises faster, more precise surgical assistance. Additionally, he has pioneered a single-channel tactile-sliding triboelectric nanogenerator for evaluating humanoid robot performance, demonstrating innovation in self-powered sensing. Although his work is recent, with papers published in 2025, his research has already garnered citations (e.g., 6 citations for his bathing robot review), signaling growing impact. Mo’s interdisciplinary approach—bridging robotics, triboelectricity, and clinical application—positions him as a promising contributor to next-generation assistive technologies.