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About

William McMahan is a pioneering robotics researcher whose work has fundamentally shaped the fields of soft robotics, continuum manipulation, and haptic feedback systems. Best known for his groundbreaking contributions to the OctArm project, McMahan drew inspiration from cephalopod biology to develop a series of multi-section, continuous-backbone "continuum" robots capable of navigating unstructured and cluttered environments with remarkable dexterity. His 2006 field trials paper on the OctArm manipulator — garnering over 415 citations — demonstrated real-world viability for this novel class of robots through open-air and underwater testing, establishing a benchmark for the field. Complementary work, including the Air-Octor design (233 citations) and biomechanically-informed analyses of octopus-inspired manipulators, cemented his reputation as a leader in biologically-inspired robotics. Beyond soft robotics, McMahan made significant strides in haptic technology, contributing to telerobotic surgery through high-frequency acceleration feedback systems and in vivo validated haptic tools. His "Haptography" research further expanded methods for capturing and recreating realistic surface sensations. Collectively, his publications have amassed nearly 1,300 citations, reflecting sustained influence across robotics, human-machine interaction, and surgical systems — making his body of work essential reading for researchers in these rapidly evolving disciplines.