Paul McCubbin
University of Strathclyde, Spirit AeroSystems (United Kingdom)
Papers
3
Total Citations
78
H-Index
3
About
Paul McCubbin is a leading researcher at the forefront of automated non-destructive testing (NDT) for the aerospace industry. His work masterfully integrates robotics, ultrasonics, and metrology to solve critical bottlenecks in high-value component manufacturing. McCubbin’s primary contributions lie in developing fast, flexible robotic inspection systems capable of scanning complex geometries—a task previously limited by both manipulator performance and data acquisition speeds. His most-cited paper (44 citations) demonstrates a pioneering framework for combining these technologies to inspect aerospace parts, while a subsequent study (30 citations) specifically tackled the data rate bottleneck, enabling the full potential of robotic scanning. By automating quality and conformance checks—traditionally separate, manual processes—McCubbin’s research directly addresses a major limitation on production throughput. His work has been recognized for its potential to transform manufacturing efficiency, offering a pathway from dedicated, slow inspection to agile, high-speed automated NDE. For students and researchers, McCubbin’s career exemplifies how cross-disciplinary engineering can solve real-world industrial challenges, making aerospace manufacturing faster, safer, and more reliable.
Research Focus
Key Achievements
Top Papers
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