Papers
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About
M. Benwadih is a leading figure in printed electronics and piezoelectric microsystems, with a research focus on the design, fabrication, and optimization of flexible actuators and sensors. Their major contribution lies in overcoming the performance limitations of miniaturized bending actuators—a critical challenge for robotics, embedded systems, and medical devices. In their highly cited 2025 study, Benwadih demonstrated an ultra-high bending angle in a miniaturized, multilayered PVDF-TrFE actuator screen-printed directly onto a stiff substrate. By achieving a device less than one millimeter wide without sacrificing mechanical output, this work represents a significant leap in integrating high-performance piezoelectric materials into compact, manufacturable formats. With over 2 citations already, this breakthrough underscores Benwadih’s impact on advancing screen-printing techniques for functional devices. Their research bridges materials science and microengineering, offering scalable solutions for next-generation haptic interfaces, micro-robotics, and implantable medical tools. Benwadih’s work is essential reading for anyone interested in the practical realization of printed, high-bending-angle actuators.
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Top Papers
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