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About

Alexander Kolb is a pioneering roboticist whose work spans the frontiers of space exploration and surgical precision. His research focuses on developing modular, torque-controlled robotic systems for extreme environments, from the low-gravity surface of Phobos to the delicate confines of the human urinary tract. Kolb’s major contributions include the design and qualification of the locomotion subsystem for the MMX Rover, a mission targeting the Martian moon Phobos—a world where wheeled locomotion has never before been attempted. He also led the development of the CoFlex robotic system for solo surgery in flexible ureteroscopy, enabling a single surgeon to perform kidney stone removal with enhanced safety and precision. His most cited work, "Modular Mechatronics Infrastructure for robotic planetary exploration assets" (7 citations), establishes a framework for scalable, reliable robotic systems in space. With additional publications on LiDAR-based tree detection for forestry robotics and the TINA robotic arm for Mars Sample Return, Kolb demonstrates a rare versatility. His work has garnered over 30 citations, reflecting its impact across both space robotics and medical robotics communities.