Rachid Bekhti

Papers

Total Citations

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About

Rachid Bekhti is a researcher advancing the field of robotic sensing, with a focused expertise in the design and development of high-performance, multi-axis force-torque sensors. His work directly addresses critical challenges in modern robotics, including the need for low-cost, high-resolution sensors that can operate effectively in human environments. Bekhti’s major contributions include pioneering a novel force sensing method based on stress imaging analysis, which enables the measurement of multiple forces—normal stress, shear stress, and torque—using a single sensing element. He has also made significant strides in optimizing sensor architectures by minimizing nonlinear displacements, a key factor for improving accuracy in applications like telemanipulation and haptic devices. His most-cited work, the "Miniature capacitive three-axis force sensor" (2014, 11 citations), highlights his commitment to overcoming common sensor shortcomings such as noise sensitivity and low resolution. While his citation counts reflect a specialized and emerging field, Bekhti’s innovative approaches to compliant sensor design are laying the groundwork for safer and more intuitive human-robot physical interaction, marking him as a notable contributor to the next generation of robotic tactile sensing.