Max Robotics — Global Service Robot Directory + US Certification

About

James Ostrowski is a pioneering roboticist whose work bridges geometric mechanics, multi-robot coordination, and assistive technology. His research centers on the control of nonholonomic systems—robots whose motion is constrained by their design, such as snake-like robots and spacecraft—and on human-robot interaction for service applications. Ostrowski’s most influential contribution is his work on controlling formations of multiple mobile robots, a 2002 paper with 687 citations that introduced feedback-linearization methods for leader-follower coordination using only local sensor data. He also made foundational contributions to serpentine locomotion, using geometric mechanics to analyze gait kinematics in snake robots, and to assistive robotics, co-developing a smart wheelchair with a vision-based human interface. His broader impact includes advancing the geometric foundations of motion control, with applications to dynamic nonholonomic steering and optimal gait selection. Ostrowski also helped commercialize service robotics through the Evolution Robotics Software Platform (ERSP), a key architecture for industrial mobile robots. With a career spanning theory, algorithms, and real-world deployment, his work has shaped both academic research and practical robotics.