Papers
2
Total Citations
27
H-Index
2
About
Yushi Takeda is a robotics researcher specializing in the mechanical design and optimization of jumping robots, with a particular focus on non-circular gear systems. His key research areas include nonlinear gear ratio design, motor power optimization, and bio-inspired locomotion. Takeda’s major contribution lies in developing a systematic method for designing non-circular gears that realize an optimal, varying gear ratio tailored to the dynamic demands of jumping motions. By maximizing ground force through gear ratio optimization, his work enables DC servo motors to deliver both high torque and high velocity where needed, significantly improving robot jumping performance. His foundational 2012 paper, “Optimal design of nonlinear profile of gear ratio using non-circular gear for jumping robot,” has garnered 21 citations, reflecting its influence in the field. A subsequent 2013 paper further validated these designs through synthesis and evaluation. Takeda’s innovative approach bridges mechanical engineering and robotics, offering practical solutions for robots requiring explosive power and precise control. His work is particularly notable for advancing the use of non-circular gears—a relatively underexplored mechanism—in high-performance robotic systems.
Research Focus
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Top Papers
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