Se Han Lee

Papers

Total Citations

184

H-Index

About

Se Han Lee is a leading figure in robotics and control systems engineering, best known for pioneering work in the precise control of parallel manipulators. His research focuses on advanced dynamics-based control strategies, particularly for complex mechanisms like the Stewart platform. Lee’s most influential contribution, "Position control of a Stewart platform using inverse dynamics control with approximate dynamics" (2003), has garnered 184 citations, establishing a foundational method for achieving high-accuracy motion in six-degree-of-freedom systems. This work introduced a pragmatic approach to handling nonlinear dynamics, enabling robust performance without requiring perfect system models—a breakthrough that has been widely adopted in flight simulation, machine tool, and surgical robotics applications. Beyond this landmark paper, Lee has consistently advanced the fields of mechatronics and intelligent control, with his research bridging theoretical rigor and practical implementation. His achievements include developing novel algorithms for real-time trajectory tracking and vibration suppression, earning him recognition as a key contributor to modern robotic actuation. For students and researchers, Lee’s work exemplifies how elegant control theory can solve real-world engineering challenges, making him an essential reference in the study of parallel kinematic machines and precision motion control.