Takuya Matsuda
Papers
2
Total Citations
8
H-Index
2
About
Takuya Matsuda is a robotics and energy systems researcher whose work bridges low-cost mechanical design and novel power distribution technologies. His most cited paper, “A low cost and lightweight wire driven robot arm by using elastic strings” (2014, 6 citations), introduces an elastic tendon-driven robotic arm that prioritizes compliance, affordability, and simplicity. By prototyping a winding device for elastic tendons and a two-link arm with compliant joints, Matsuda demonstrated how basic tasks can be executed with a highly adaptable, lightweight structure—an important contribution to accessible robotics. In a more recent direction, Matsuda’s “HESO: A Heterogeneous Energy Spreading Object” (2020, 2 citations) applies power packet technology to a four-wheel mobile vehicle, enabling flexible, fault-tolerant energy transmission from a Li-ion battery to four motors. This work showcases his innovative approach to integrating high-speed switching circuits with robotic mobility. Though his citation counts are modest, Matsuda’s contributions reflect a hands-on, systems-level thinking that is valuable for researchers exploring low-cost automation and decentralized energy control. His work offers practical insights for building compliant, energy-aware robots.
Research Focus
Key Achievements
Top Papers
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- 2