Masayuki Yamaguchi

Japan Advanced Institute of Science and Technology

Papers

Total Citations

H-Index

About

Masayuki Yamaguchi’s research career bridges foundational work in industrial robotics with visionary contributions to sustainable soft robotics. His early work, “Feed Rate Control of Deburring Robot System” (1991, 3 citations), established a technical foundation in precision robotic manipulation, reflecting a long-standing interest in adaptive control systems. However, his most forward-looking contribution comes in 2025 with “A Sustainable Development Framework for Soft Pneumatic Actuators that are: Biodegradable, Self-healable and Re-programmable” (1 citation). This work directly confronts a core limitation of conventional robotics—the irreversible design-to-fabrication pipeline—by proposing soft actuators that are not only biodegradable and self-healing but also re-programmable. Yamaguchi’s framework reimagines the lifecycle of robotic components, aligning engineering design with environmental sustainability. While his citation counts are modest, the conceptual boldness of his 2025 paper signals a shift toward circular economy principles in robotics. For students and researchers, Yamaguchi exemplifies how a career can evolve from classical control theory to pioneering eco-conscious design, challenging the field to prioritize material intelligence and environmental responsibility alongside performance.