Chris Onder

Papers

Total Citations

212

H-Index

About

Chris Onder is a pioneering researcher in robotics and optimal control, best known for his foundational work on time-optimal motion planning for industrial robots. His most-cited paper, "Time-optimal motions of robots in assembly tasks" (1986, 212 citations), established rigorous methods for calculating unconstrained, time-optimal trajectories for cylindrical, spherical, and articulated robotic arms, using exact equations of motion and accounting for torque and force limits. This work directly addressed critical challenges in assembly automation, enabling faster and more efficient robot operations. Onder's contributions lie at the intersection of dynamics, control theory, and practical robotics, providing engineers with tools to optimize robot performance under real-world constraints. His research has had lasting impact on manufacturing and automation, influencing subsequent work on trajectory optimization and robot control. By demonstrating how to achieve minimal-time motions while respecting actuator limits, Onder helped bridge the gap between theoretical optimal control and practical robotic applications. His legacy continues to inform modern robotics research, particularly in areas requiring precise, high-speed manipulation.