Seulchan Lee

Papers

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About

Seulchan Lee is a leading researcher in the field of robotic manipulation and control, with a primary focus on whole-body control strategies for complex, redundant hybrid cable-driven robotic systems. His most cited work, "Whole-body control of redundant hybrid cable-driven robot with manipulator: hierarchical quadratic programming approach" (2024, 11 citations), introduces a novel hierarchical quadratic programming framework that enables precise, coordinated motion and force control across a robot's entire structure—including its cable-driven base and attached manipulator. This contribution addresses a critical challenge in robotics: achieving stable, dexterous operation in systems with high degrees of redundancy and nonlinear dynamics. By integrating whole-body control with cable-driven actuation, Lee's approach enhances the safety, adaptability, and performance of robots in applications such as manufacturing, rehabilitation, and human-robot collaboration. His work is recognized for its mathematical rigor and practical relevance, offering a scalable solution for next-generation robotic systems. With growing citation impact, Seulchan Lee is establishing himself as a key innovator in advanced robot control, bridging theoretical optimization with real-world robotic hardware.