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About

Thomas K. Ferris is a leading researcher in haptic perception and teleoperation, with a focus on advancing human-machine interaction through touch. His work centers on how active, exploratory touch can be translated into virtual and remote environments, particularly for high-stakes applications like medical palpation. Ferris’s major contributions include characterizing the haptic information required for medical neck palpation—a task traditionally reliant on skilled practitioners—to inform the design of robotic hands and sensorized gloves for use in regions with healthcare shortages. His research also explores passive haptic presentation paradigms that approximate active touch, addressing the technological limitations that throttle haptic perception in virtual settings. Ferris’s most cited work, “Analysis and Perspectives on the ANA Avatar XPRIZE Competition” (2024), with 31 citations, reflects his deep involvement in developing robotic avatar systems that allow operators to sense, communicate, and act remotely as though physically present. Additionally, his “Soft Haptic Display Toolkit” (2025) offers a low-cost, open-source solution for high-resolution tactile feedback, democratizing access to advanced haptic research tools. With a growing citation impact and a portfolio bridging fundamental perception science and applied teleoperation, Ferris is shaping the future of haptic-enabled remote interaction.