Geoffrey P. Bingham

Indiana University Bloomington, Indiana University

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About

Geoffrey P. Bingham is a leading researcher in sensorimotor learning, motor control, and rehabilitation robotics, with a particular focus on how active, prospective control drives effective movement acquisition. His major contributions challenge passive therapy models by demonstrating that active engagement—not passive guidance—is essential for learning, as shown in his highly cited 2013 paper on active prospective control (21 citations). Bingham’s work has direct clinical impact: his 2016 study on robot-guided “pen skill” training (12 citations) showed that haptic robotic interventions can help children with motor difficulties, addressing deficits linked to negative physical and social outcomes. He further advanced theory by exploring how disturbance forces facilitate motor learning, linking this to the Free Energy Principle in his 2020 paper (11 citations). Bingham also employs innovative methods like evolutionary robotics to model visually guided braking (2015, 4 citations), revealing two distinct human braking behaviors. With a career spanning foundational sensorimotor principles to applied robotic therapies, Bingham’s research bridges neuroscience, psychology, and engineering, offering actionable insights for rehabilitation after stroke or disorders like Developmental Coordination Disorder.