Francesco Guidi

Papers

Total Citations

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About

Francesco Guidi is a researcher whose work lies at the intersection of marine robotics, sensor design, and sustainable environmental monitoring. His key contributions center on developing innovative, low-cost instrumentation for autonomous maritime systems, with a particular focus on wind sensing and sail propulsion. Guidi’s most cited paper, “Design and calibration of an innovative ultrasonic, Arduino based anemometer” (2017, 16 citations), exemplifies his approach: leveraging accessible, open-source hardware to create precise tools for real-world applications. This work emerged from his broader effort to build a sail-propelled marine drone capable of long-duration, near-zero-emission ocean monitoring—a project that combines his expertise in robotics with a commitment to sustainability. By replacing traditional wind sensors with a custom ultrasonic anemometer, Guidi addressed the need for accurate, durable, and affordable wind measurement in harsh marine environments. His research not only advances the field of autonomous surface vehicles but also demonstrates how engineering ingenuity can reduce the ecological footprint of oceanographic data collection. Guidi’s work is a compelling example of practical innovation, bridging the gap between academic research and tangible environmental solutions.