In this project, terrestrial laser scans and aerial photography were performed to accurately capture the existing conditions of the building. The data was integrated into a BIM model for planning and coordination, complemented by robotic layout with total stations for the precise installation of elements on site and mixed reality to visualize and interact with the designs. All the information was managed in a Common Data Environment (CDE), ensuring efficient collaboration and technical control at every stage.
Reality capture using terrestrial laser scanning was implemented to support project management. This technology enabled the creation of a detailed 3D model of the building, optimizing design precision, reducing errors, and ensuring the construction was developed according to the highest quality standards.
A BIM model was generated from the point cloud obtained during the survey, accurately representing the existing conditions of the building. This model allowed for the integration of relevant project information for future stages, such as modification planning, structural analysis, and maintenance, ensuring efficient management based on up-to-date data.
Based on the point cloud and the BIM model, As-Built drawings were created, accurately reflecting the real conditions of the construction. These drawings serve as precise documentation for the client, facilitating consultation of dimensions, construction elements, and essential technical details for the project.
In this project, terrestrial laser scans and aerial photography were performed to accurately capture the existing conditions of the building. The data was integrated into a BIM model for planning and coordination, complemented by robotic layout with total stations for the precise installation of elements on site and mixed reality to visualize and interact with the designs. All the information was managed in a Common Data Environment (CDE), ensuring efficient collaboration and technical control at every stage.
Reality capture using terrestrial laser scanning was implemented to support project management. This technology enabled the creation of a detailed 3D model of the building, optimizing design precision, reducing errors, and ensuring the construction was developed according to the highest quality standards.
A BIM model was generated from the point cloud obtained during the survey, accurately representing the existing conditions of the building. This model allowed for the integration of relevant project information for future stages, such as modification planning, structural analysis, and maintenance, ensuring efficient management based on up-to-date data.
Based on the point cloud and the BIM model, As-Built drawings were created, accurately reflecting the real conditions of the construction. These drawings serve as precise documentation for the client, facilitating consultation of dimensions, construction elements, and essential technical details for the project.
