Max Robotics — Global Service Robot Directory + US Certification

About

Omead Amidi is a pioneering roboticist whose work has fundamentally shaped autonomous vehicle navigation, particularly in challenging off-road and aerial environments. As a key figure at Carnegie Mellon University’s Robotics Institute, Amidi’s research centers on mobile robot control, vision-guided autonomy, and integrated air-ground systems. His landmark contributions include developing the first real-time integrated mobile robot controller (237 citations), which unified position estimation, path specification, and human interfaces into a single robust system. He also led the groundbreaking Autonomous Helicopter Project, demonstrating that computer vision could reliably guide rotorcraft without GPS dependence—a feat that opened new possibilities for aerial robotics. Amidi’s work on the DARPA PerceptOR program (239 citations) established rigorous evaluation frameworks for off-road autonomous vehicles, advancing the field’s reliability standards. His predictive path tracking method for the CMU NavLab (76 citations) remains a foundational technique in autonomous ground vehicle control. With over 800 total citations spanning three decades, Amidi’s integrated approach to perception, planning, and control continues to influence modern autonomous systems, from self-driving cars to unmanned aerial vehicles operating in unstructured environments.