Tommaso Massai

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About

Tommaso Massai is a researcher whose work sits at the intersection of sustainable marine robotics and precision environmental sensing. His most-cited contribution, "Design and calibration of an innovative ultrasonic, arduino based anemometer" (2017, 16 citations), reflects his core focus on developing low-cost, high-accuracy instrumentation for autonomous systems. Drawing on extensive experience in marine robotics, Massai has been instrumental in advancing sail-propelled marine drones—a technology that promises near-infinite endurance for wide-area ocean monitoring without the carbon footprint of motorized vessels. This work addresses a critical need for sustainable environmental surveillance, enabling long-duration data collection on wind patterns, currents, and climate variables. By combining accessible hardware like Arduino platforms with rigorous calibration methods, his research bridges the gap between practical engineering and environmental science. Massai’s contributions are particularly notable for their emphasis on energy autonomy and cost-effectiveness, making advanced oceanographic monitoring more accessible to research institutions and conservation efforts worldwide. His approach exemplifies how innovative sensor design can power the next generation of green robotics.