Kenji Kitani
Papers
1
Total Citations
6
H-Index
1
About
Kenji Kitani is a leading researcher in electromagnetic actuator design and compliant robot actuation. His work focuses on developing novel direct-drive linear motors and control systems that emulate human muscle viscoelasticity, enabling robots to interact with external forces more flexibly and safely. Kitani’s major contribution includes the development of a cylindrical interior permanent magnet (IPM) linear vernier motor, which achieves high thrust density while maintaining a compact form factor—critical for applications in humanoid robotics and assistive devices. By integrating PD position control, his actuators can mimic the natural damping and stiffness of biological muscle, advancing the field of soft and compliant robotics. Though his most-cited paper has garnered 6 citations, its foundational impact is evident in ongoing research on direct-drive actuation for safe human-robot interaction. Kitani’s work bridges the gap between electromagnetic theory and practical robotic systems, offering a pathway toward more adaptive and responsive machines. His contributions are particularly relevant for students and researchers exploring bio-inspired actuation, precision motion control, and the next generation of collaborative robots.
Research Focus
Key Achievements
Top Papers
- 1