Harshal Patel

Papers

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About

Harshal Patel investigates the intersection of robotics, cognitive neuroscience, and human factors, with a primary focus on how humans perceive and interact with robotic systems. His research centers on the role of anthropomorphic movement in human-robot interaction, particularly within industrial assembly settings, and explores how biological sex influences the perception of robotic versus humanoid actions. Patel’s most cited work, “Gender Effects in Observation of Robotic and Humanoid Actions” (2020, 27 citations), demonstrates that sex-based differences significantly shape how people perceive and accept robotic movements, a critical insight for designing collaborative robots that foster trust and reduce mental workload. His earlier study (2015, 16 citations) examined mirror neuron activation during interactions with gantry robots, revealing that anthropomorphic motion can enhance comfort and cooperation. Extending this line, his 2022 paper (5 citations) further disentangles the effects of biological sex on action observation in digital human and robot models. Patel’s contributions are vital for advancing human-centered robotics, offering evidence-based guidance for creating more intuitive and acceptable robotic coworkers in modern industry and healthcare.