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About

Francesco Fornai is a robotics and marine technology researcher whose work centers on autonomous surface vehicles (ASVs) and environmental monitoring systems for aquatic environments. He is best known for his pioneering contributions to the HydroNet project, a European initiative that produced one of the most innovative small-sized autonomous catamarans designed specifically for real-time coastal water quality monitoring. His 2015 flagship paper on the HydroNet ASV has garnered 62 citations, establishing it as a seminal reference in the field of marine robotics. Fornai's research addresses the practical challenge of deploying compact, cost-effective robotic platforms capable of detecting hydrocarbons and heavy metal concentrations directly onboard — capabilities that were previously limited to larger, more resource-intensive vessels. His work on autonomous water sampling systems, cited over 30 times, further advanced the technical boundaries of what small-sized ASVs can achieve in depth-based water collection and onboard chemical analysis. Beyond sensor integration, Fornai has contributed methodologically through dynamic modeling and parameter identification techniques using simulated annealing, strengthening the theoretical foundations of ASV navigation. Collectively, his research has meaningfully advanced the intersection of marine robotics, environmental science, and autonomous systems, making real-time aquatic monitoring more accessible and operationally viable.