George V. Bailak

Papers

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About

George V. Bailak is a leading figure in space robotics and lidar sensing technologies, whose work has been instrumental in advancing autonomous systems for orbital and interplanetary missions. His research focuses on developing high-performance mechatronic systems for space applications, particularly in the areas of robotic joint actuation and laser-based remote sensing. Bailak’s most notable contribution is his work on the Advanced Robotics Mechatronics System, which explored new technologies for next-generation space robotics, aiming to reduce system mass while achieving high torque density joints—a critical challenge for interplanetary exploration. He also played a key role in the development of the Spaceborne Scanning Lidar System (SSLS), a space-qualified lidar for autonomous rendezvous and docking, and the Shuttle Inspection Lidar (SIL) for on-orbit inspection of the Space Shuttle. His innovative control system for multiple-joint robotic arms powered by ultrasonic motors demonstrates his expertise in novel actuation methods. With over 39 citations across his most-cited works, Bailak’s contributions have directly supported safer, more capable space missions, making him a respected authority in space robotics and sensor systems.