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About

Rinaldo Paar is a geodetic engineer and researcher whose work sits at the intersection of precision measurement, structural health monitoring, and the application of advanced imaging technologies to civil engineering challenges. His research spans geodetic instrumentation, photogrammetry, and non-contact sensing systems, with a particular focus on developing innovative tools for monitoring the integrity and behavior of engineering structures. Paar's most cited contribution, "Technological Development and Application of Photo and Video Theodolites" (2021, 20 citations), traces the evolution of geodetic instrumentation, establishing him as a scholar deeply invested in the history and advancement of measurement technology. His work on a contactless, vision-based low-cost IATS prototype for vibration monitoring (2021, 15 citations) demonstrates a practical commitment to making structural health monitoring more accessible and efficient. Further broadening his methodological toolkit, his research on RGB+D data fusion combining laser scanning and imagery (2022, 7 citations) represents a forward-looking contribution to multi-sensor approaches in structural diagnostics. His earlier study on dynamic roof displacements at Arena Zagreb (2014, 6 citations) highlights real-world applications of geodetic methods to iconic civil infrastructure. Collectively, Paar's work advances both the science and practice of precision monitoring in built environments.