Fernando Cosiansi

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About

Fernando Cosiansi is a researcher whose work sits at the intersection of materials science, flexible electronics, and robotics sensing technology. His most significant contributions center on the development of advanced piezoresistive composite materials, particularly metal-elastomer systems, and their application in tactile sensing devices for robotic applications. Cosiansi's most cited work, "Smart piezoresistive tunnelling composite for flexible robotic sensing skin" (2013, 33 citations), demonstrates his expertise in designing highly flexible tactile sensors using copper-PDMS composite materials. Through innovative microcasting fabrication techniques, his research enabled the production of self-standing functional material sheets — a practical advancement toward scalable manufacturing of compliant robotic skin. His earlier contribution, "A Tactile Sensor Device Exploiting the Tunable Sensitivity of Copper-PDMS Piezoresistive Composite" (2012, 11 citations), further established his role in pioneering low-cost pressure matrix sensors capable of exhibiting giant piezoresistive effects under compressive stress. Collectively, these works reflect Cosiansi's meaningful impact on soft robotics and human-machine interaction, providing accessible and manufacturable pathways for next-generation sensory systems. His research remains a valuable reference for those working in flexible electronics, smart materials, and robotic tactile sensing.