Andrew Montpool

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About

Andrew Montpool is a distinguished aerospace engineer whose research has centered on spacecraft inspection, sensor systems, and orbital debris characterization. His most significant contribution came in the wake of the Space Shuttle Columbia tragedy, where he pioneered the use of triangulation scanning technology for thermal protection system (TPS) inspection. Montpool’s work on the Neptec Laser Camera System (LCS) provided NASA with a critical capability to detect and characterize launch-phase damage to the orbiter’s tiles and reinforced carbon-carbon panels—a direct response to the Columbia Accident Investigation Board’s recommendations. His 2005 paper on this subject, though modestly cited with 10 references, represents foundational work that informed subsequent shuttle inspection protocols and influenced the development of lidar-based sensing for space operations. Beyond this, Montpool has contributed to algorithms for 3D point cloud processing and autonomous rendezvous and docking sensors. His research bridges the gap between high-risk operational needs and practical sensor engineering, demonstrating how targeted innovation can enhance crew safety. For students and researchers in aerospace systems, Montpool’s career exemplifies the impact of mission-driven engineering—where a single well-placed sensor can transform how we protect human life in space.