Reality capture was conducted using terrestrial laser scanning and the development of BIM models as part of the support for pre-construction activities and construction supervision in Phase I. These tools provided accurate and detailed information to optimize project planning, design, and execution.
Terrestrial laser scanning generated a high-precision point cloud that documented the existing site conditions. This information served as a foundation for detailed technical analyses and the creation of digital models, ensuring accuracy in the pre-construction and supervision stages.
Using the data obtained from laser scanning, BIM models were developed to integrate all relevant project information. These models facilitated efficient planning, interdisciplinary coordination, and real-time monitoring during construction supervision activities.
Reality capture was conducted using terrestrial laser scanning and the development of BIM models as part of the support for pre-construction activities and construction supervision in Phase I. These tools provided accurate and detailed information to optimize project planning, design, and execution.
Terrestrial laser scanning generated a high-precision point cloud that documented the existing site conditions. This information served as a foundation for detailed technical analyses and the creation of digital models, ensuring accuracy in the pre-construction and supervision stages.
Using the data obtained from laser scanning, BIM models were developed to integrate all relevant project information. These models facilitated efficient planning, interdisciplinary coordination, and real-time monitoring during construction supervision activities.
