This study investigates the application of digital technologies and non-destructive techniques to enhance precision and efficiency in civil engineering practices. The approach emphasizes the development of advanced methodologies for structural analysis and sustainable construction management, contributing to more resilient and resource-efficient infrastructure. A high-precision 3D laser scan was carried out, providing a detailed model of the structure to facilitate its digital analysis. Additionally, the mechanical properties of the concrete were determined using the Schmidt sclerometer, calculating simple compressive strength, and the rebar locator was employed to identify the positioning of reinforcement bars, calculate cover thickness, measure bar diameters, and verify their vertical and horizontal alignment. The information obtained was integrated into a comprehensive BIM model that synthesizes all structural data and enables more efficient construction management. This approach entailed the verification of these advanced techniques enabled by the capacity of the structure to reveal its internal composition and corroborate the data obtained from measurement devices.