Ciaron Hamilton

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About

Ciaron Hamilton is a leading researcher at the intersection of robotics and non-destructive evaluation (NDE), pioneering intelligent systems for automated structural health monitoring. His primary research areas include robotic manipulation for surface scanning, AI-enabled autonomous inspection, and sensor-based data acquisition for complex industrial components. Hamilton’s major contributions lie in developing efficient data acquisition and reconstruction methods for air-coupled ultrasonic robotic NDE, enabling quantitative evaluation of intricate geometries that traditional techniques struggle to assess. His highly cited 2024 paper on this topic (6 citations) demonstrates a novel approach to integrating robotic arms with ultrasonic sensors for precise surface scanning. Equally impactful is his 2021 work on an AI-Enabled Robotic NDE platform (6 citations), which conceptualizes a mobile robotic system capable of autonomous live inspection and repair—a breakthrough for hazardous environments like power plant boilers. By fusing advanced robotics with machine learning, Hamilton has advanced the frontier of structural damage assessment and repair, offering safer, faster, and more reliable solutions for industrial maintenance. His work continues to shape the future of automated NDE, making him a key figure in this rapidly evolving field.