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About

Tomaso Gaggero is a leading researcher in the field of maritime engineering, specializing in the integration of robotics and autonomous systems (RAS) for ship structural inspections. His work addresses the critical challenge of replacing hazardous, human-performed ship surveys with safer, more efficient robotic alternatives. Gaggero’s major contributions center on developing and validating robotic inspection methodologies, including the use of 3D-reconstruction techniques for condition assessment of ship structures. His 2020 paper, “Recent developments in remote inspections of ship structures,” has garnered 34 citations, highlighting its influence in advancing the ROBINS project and related initiatives. Another key work, “Robotic inspection of ships: inherent challenges and assessment of their effectiveness” (17 citations), systematically evaluates the technical and regulatory hurdles of adopting RAS in maritime settings. Gaggero’s research not only enhances safety by reducing human exposure to hazardous environments but also improves the accuracy and cost-effectiveness of structural maintenance. His notable achievements include pioneering the use of imagery-based 3D reconstruction for ship condition assessment, a method that promises to transform traditional survey practices. With a growing citation record, Gaggero’s work is foundational for students and researchers exploring the intersection of robotics, structural health monitoring, and maritime safety.