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About

Shunsuke Hamasaki is a researcher whose work spans civil infrastructure monitoring, robotics, and autonomous systems. His most impactful contribution, "Utilization of Unmanned Aerial Vehicle, Artificial Intelligence, and Remote Measurement Technology for Bridge Inspections" (2020, 44 citations), addresses the critical challenge of aging bridge infrastructure. By integrating UAVs, AI, and remote sensing, Hamasaki has pioneered non-destructive, efficient inspection methods that reduce human risk and improve accuracy—a vital advancement as bridge collapse dangers increase worldwide. Earlier, in robotics, Hamasaki explored human-robot coexistence through "Prediction of human's movement for collision avoidance of mobile robot" (2011, 20 citations). This work models pedestrian movement and environmental configuration to enable safe, efficient navigation for mobile robots, balancing operational speed with human safety. More recently, his "Development of Combustor/Heat Exchanger-Integrated Thermoelectric Power Generation System for Autonomous Robots" (2021) tackles the energy limitations of autonomous systems, particularly UAVs constrained by short flight times and cold temperatures. This thermoelectric system aims to extend operational endurance, pushing the boundaries of what autonomous robots can achieve in harsh environments. Hamasaki’s interdisciplinary approach—combining structural engineering, AI, and energy systems—demonstrates a commitment to solving real-world problems through innovative, integrated technologies.