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About

Brian Eberman is a pioneer in robotic manipulation and contact sensing, with a career that bridges academic research and practical innovation. His work centers on whole-arm manipulation, contact-state estimation, and force-reflecting master controllers for teleoperation. Eberman’s most influential contributions include a model-based, statistical approach to building contact-state observers, which use force and position measurements to determine a robot’s location in task configuration space—a key advance for dexterous, constrained manipulation. His 1990 paper on determining manipulator contact information from joint torque measurements (23 citations) and his 1997 article on Cartesian manipulation contact sensing (22 citations) remain foundational references in the field. Eberman also made notable contributions to the development of exoskeletons and force-feedback devices through his work at EXOS, including a two-degree-of-freedom Sensing and Force Reflecting Exoskeleton (SAFiRE) for NASA. His 1989 thesis on whole-arm manipulation (14 citations) introduced the concept of using all available robot surfaces for interaction, a prescient idea that continues to influence modern manipulation research. Eberman’s work is essential reading for anyone interested in contact-rich robotic tasks and human-robot interfaces.