Adam Deslauriers

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About

Adam Deslauriers is a leading figure in the development of high-precision 3D optical metrology, with a career marked by pioneering contributions to both space exploration and industrial inspection. His research focuses on laser-based triangulation scanning and advanced phase-shifting techniques for non-contact shape measurement. Deslauriers made a profound impact on aerospace safety through his work on the Neptec Laser Camera System (LCS), a sensor selected by NASA to perform critical post-launch inspections of the Space Shuttle’s thermal protection system (TPS) following the Columbia tragedy. This work, detailed in his highly influential 2005 paper (10 citations), enabled the detection and characterization of launch-phase damage, directly enhancing crew safety. In parallel, Deslauriers advanced the speed and efficiency of 3D measurement by developing a novel two-step triangular phase-shifting method (5 citations), which bypasses slower arctangent calculations to enable high-speed object shape acquisition. His contributions bridge the gap between fundamental optical metrology and life-critical engineering applications, establishing him as a key innovator in the field.