Panos Psimoulis
Papers
13
Total Citations
595
H-Index
9
About
Panos Psimoulis is a prominent researcher specializing in geodetic monitoring of engineering structures, with particular expertise in applying Robotic Total Stations (RTS), GNSS technology, and sensor fusion techniques to structural health monitoring. His work has fundamentally advanced the use of precision surveying instruments for dynamic structural measurement, demonstrating for the first time that robotic total stations could reliably capture bridge deflections under live train loading — a landmark contribution documented in his highly cited 2013 study (148 citations) and complementary 2007 foundational paper (104 citations). Psimoulis has consistently pushed the boundaries of measurement accuracy, comparing and validating GPS and RTS technologies for capturing oscillation parameters of major structures (97 citations), and developing supervised learning algorithms to extract meaningful displacement signals from noisy geodetic records. His more recent research reflects a forward-looking embrace of low-cost GNSS receivers, demonstrating their viability for dynamic structural monitoring and making high-quality infrastructure assessment more accessible and affordable. Across his career, spanning historical railway bridges to pedestrian structures, his cumulative citation record — exceeding 570 citations — underscores his sustained influence in bridging geodesy, structural engineering, and emerging sensor technologies for real-world infrastructure applications.
Research Focus
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Top Papers
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