Ryosuke Fukuda
Papers
1
Total Citations
4
H-Index
1
About
Dr. Ryosuke Fukuda is a robotics researcher whose work centers on novel mechanical design and control for mobile robots, with a particular emphasis on stair-climbing locomotion. His most cited paper, "Design and Implementation of Involute-Curve-Shaped-Mechanism for Stair Climbing" (2021, 4 citations), introduces a groundbreaking 1-degree-of-freedom mechanism that significantly reduces the torque required to lift a rotating axis during stair ascent. By deriving an involute-curve-shaped mechanism from first principles, Fukuda developed a prototype robot and proposed a control method that enables efficient, stable stair climbing. This contribution addresses a fundamental challenge in mobile robotics—navigating vertical obstacles with minimal actuation complexity—and has implications for search-and-rescue, delivery, and assistive robots. Though early in his citation impact, his work demonstrates a clear focus on elegant, low-complexity solutions to real-world mobility problems. Fukuda’s research bridges mechanical design and control theory, offering a practical pathway for robots to traverse environments that are inaccessible to wheeled platforms. His approach is particularly notable for its emphasis on passive mechanical intelligence, reducing reliance on high-torque motors or complex sensing. As his work gains recognition, Fukuda is positioned to influence the next generation of agile, energy-efficient mobile robots.
Research Focus
Key Achievements
Top Papers
- 1