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About

Eric C. Whittaker is a biomedical researcher and engineer whose work sits at the intersection of biomechanics, orthopedic surgery, and robotics, with a particular focus on foot and ankle mechanics. He is best known for his pioneering contributions to cadaveric robotic gait simulation — a sophisticated experimental approach that replicates human walking mechanics in laboratory settings to illuminate the complex biomechanics of the lower limb. His most influential work, "Foot Bone Kinematics as Measured in a Cadaveric Robotic Gait Simulator" (2011, 86 citations), established a foundational methodology for studying foot bone motion under realistic gait conditions. Complementing this, his development of a fuzzy logic-controlled robotic simulator (2011, 54 citations) addressed critical limitations in earlier systems, advancing the field toward more physiologically accurate experimental models. Whittaker has applied these powerful tools to clinically relevant problems, including optimizing surgical strategies for adult acquired flatfoot deformity and metatarsalgia — conditions that significantly impair patient quality of life. His research provides surgeons with evidence-based guidance for tendon transfer site selection and metatarsal osteotomy planning, bridging the gap between engineering innovation and orthopedic clinical practice.