Papers
8
Total Citations
97
H-Index
7
About
Kengo Yoshida is a robotics researcher whose work spans two interconnected domains: biomimetic robot arm design and the safety verification of physical assistant robots. His early contributions focused on translating principles of animal musculoskeletal systems into practical robotics, particularly through the development of bi-articular muscle mechanisms. By incorporating both mono- and bi-articular actuator arrangements into robot arms, Yoshida demonstrated significant improvements in manipulability, disturbance suppression, and feed-forward position control — work that garnered over 40 citations across multiple publications from 2006 to 2010. His extended manipulability measure provided a critical analytical framework for evaluating non-conventional actuator configurations that existing tools could not address. Yoshida later pivoted toward human-robot safety, tackling the underexplored challenge of skin trauma caused by wearable exoskeletons. He developed novel dummy tissue models replicating human thigh mechanics and pioneered blister-generation test methods to standardize safety verification for physical assistant robots — research that earned his 2017 paper 21 citations and represents a meaningful regulatory and engineering contribution. Together, his body of work reflects a researcher who bridges fundamental biomechanical modeling with applied safety engineering, offering tools that protect users as wearable robotics become increasingly prevalent in rehabilitation and assistive contexts.
Research Focus
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