Max Robotics — Global Service Robot Directory + US Certification

About

Norman Fitz-Coy is a pioneering researcher in autonomous space robotics and on-orbit servicing, whose work has shaped the development of technologies for extending satellite lifespans and reducing space mission costs. His key research areas include artificial potential field guidance, multi-agent surveillance, and attitude control for robotic systems in space. Fitz-Coy’s major contributions include the dynamic artificial potential function method for autonomous on-orbit servicing, which enables spacecraft to navigate and interact safely with other objects without collision, and a novel multi-tiered control architecture for coordinating heterogeneous robot teams in complex environments with non-stationary obstacles. He also introduced the paradigm of heterogeneous expert robots for on-orbit servicing, proposing a shift from monolithic spacecraft to collaborative robotic systems. His work on three-axis attitude control for on-orbit robotics further advanced the precision needed for robotic manipulation in space. Although his most-cited papers have modest citation counts (4–7), their influence is notable in the context of specialized space robotics research. Fitz-Coy’s achievements include contributing to NASA’s vision for space exploration and developing foundational concepts that inform current satellite servicing and debris mitigation efforts, making him a key figure in the field.