Max Robotics — Global Service Robot Directory + US Certification

About

Eitan Marder-Eppstein is a leading figure in autonomous mobile robotics, best known for his pioneering work in robust navigation and personal robotics. His research focuses on enabling robots to operate reliably in complex, unstructured human environments—a critical step toward practical service robots. Marder-Eppstein’s most influential contribution is the navigation system described in "The Office Marathon" (516 citations), where a PR2 robot autonomously traversed 26.2 miles through a real office, demonstrating unprecedented robustness through an efficient voxel-based 3D mapping algorithm that explicitly models unknown space. He further advanced the field with work on autonomous butlers (246 citations), developing repeatable strategies for tasks like locating and serving drinks, and on autonomous door opening and plugging in (176 citations), where robots navigate offices, open doors, and recharge themselves without human intervention. Marder-Eppstein also contributed the Task-State-Pattern for coordinating complex robot software components. As a core developer of the Robot Operating System (ROS), his work has become foundational for researchers and engineers building reliable, real-world robotic systems, setting new benchmarks for autonomous navigation and manipulation.