In this project, terrestrial laser scanning and aerial photography were carried out to accurately capture the existing conditions of the construction. The data were integrated into a BIM model for planning and coordination, complemented by robotic layout with a total station for the precise installation of elements on-site and mixed reality to visualise and interact with the designs.
All information was managed within a Common Data Environment (CDE), ensuring efficient collaboration and technical control at every stage.
Reality capture was implemented through terrestrial laser scanning to support project management. This technology enabled the creation of a detailed three-dimensional model of the shopping centre, enhancing design accuracy, reducing errors, and ensuring that construction progressed in line with the highest quality standards.
Aerial photography provided a comprehensive perspective of the project, offering a clear view of the shopping centre’s construction progress. The aerial images facilitated the identification of potential adjustments and optimised resource management throughout the entire construction process.
The use of BIM (Building Information Modelling) models provided a detailed digital representation of the shopping centre, aiding in monitoring the project’s progress. This technology enabled the identification of potential issues, informed decision-making, and ensured that each phase of the project proceeded as planned.
With robotic layout, millimetre precision was achieved in the project’s execution. This service allowed for the exact marking of points and boundaries of the shopping centre, reducing work time and preventing errors that could impact construction quality.
Mixed reality combined digital models with the real environment, offering an immersive experience during the construction of the shopping centre. This service facilitated an interactive visualisation of the project, enabling a better understanding of the construction phases.
With the CDE (Common Data Environment), all documentation and designs for the shopping centre were centrally accessible, allowing for greater efficiency in information management. This improved project traceability and enhanced real-time collaboration.
In this project, terrestrial laser scanning and aerial photography were carried out to accurately capture the existing conditions of the construction. The data were integrated into a BIM model for planning and coordination, complemented by robotic layout with a total station for the precise installation of elements on-site and mixed reality to visualise and interact with the designs.
All information was managed within a Common Data Environment (CDE), ensuring efficient collaboration and technical control at every stage.
Reality capture was implemented through terrestrial laser scanning to support project management. This technology enabled the creation of a detailed three-dimensional model of the shopping centre, enhancing design accuracy, reducing errors, and ensuring that construction progressed in line with the highest quality standards.
Aerial photography provided a comprehensive perspective of the project, offering a clear view of the shopping centre’s construction progress. The aerial images facilitated the identification of potential adjustments and optimised resource management throughout the entire construction process.
The use of BIM (Building Information Modelling) models provided a detailed digital representation of the shopping centre, aiding in monitoring the project’s progress. This technology enabled the identification of potential issues, informed decision-making, and ensured that each phase of the project proceeded as planned.
With robotic layout, millimetre precision was achieved in the project’s execution. This service allowed for the exact marking of points and boundaries of the shopping centre, reducing work time and preventing errors that could impact construction quality.
Mixed reality combined digital models with the real environment, offering an immersive experience during the construction of the shopping centre. This service facilitated an interactive visualisation of the project, enabling a better understanding of the construction phases.
With the CDE (Common Data Environment), all documentation and designs for the shopping centre were centrally accessible, allowing for greater efficiency in information management. This improved project traceability and enhanced real-time collaboration.
