In the Casa Alebrijes project, focused on the renovation of the property, Reality Capture using laser scanning was employed to generate a BIM model and ensure precise construction control. This process was complemented by aerial photography to document exterior areas and 360-degree walkthroughs for detailed visual supervision of interior spaces. These technologies provided a comprehensive and up-to-date view of the construction, optimising project planning and execution.
Laser scanning was used to capture detailed data on the property’s existing conditions, generating an accurate point cloud. This information served as the foundation for analysing structural elements and planning the necessary interventions, ensuring that each stage of the renovation was executed with precision.
360-degree photography was carried out to visually document both the interior and exterior of the property, capturing finishes, initial conditions, and renovation progress. This material enabled remote inspections and facilitated communication between design and construction teams, ensuring comprehensive project supervision.
Aerial photography captured complete views of the property’s exterior areas and surroundings, providing key information on land distribution, potential access points, and strategic locations for the movement of materials and machinery. These images complemented the project analysis and facilitated on-site activity planning.
Based on the laser scanning data, the creation of a BIM model was proposed to integrate all relevant project information. This model would serve to coordinate renovation work, optimise construction planning, and enable detailed progress tracking, ensuring more efficient project management.
In the Casa Alebrijes project, focused on the renovation of the property, Reality Capture using laser scanning was employed to generate a BIM model and ensure precise construction control. This process was complemented by aerial photography to document exterior areas and 360-degree walkthroughs for detailed visual supervision of interior spaces. These technologies provided a comprehensive and up-to-date view of the construction, optimising project planning and execution.
Laser scanning was used to capture detailed data on the property’s existing conditions, generating an accurate point cloud. This information served as the foundation for analysing structural elements and planning the necessary interventions, ensuring that each stage of the renovation was executed with precision.
360-degree photography was carried out to visually document both the interior and exterior of the property, capturing finishes, initial conditions, and renovation progress. This material enabled remote inspections and facilitated communication between design and construction teams, ensuring comprehensive project supervision.
Aerial photography captured complete views of the property’s exterior areas and surroundings, providing key information on land distribution, potential access points, and strategic locations for the movement of materials and machinery. These images complemented the project analysis and facilitated on-site activity planning.
Based on the laser scanning data, the creation of a BIM model was proposed to integrate all relevant project information. This model would serve to coordinate renovation work, optimise construction planning, and enable detailed progress tracking, ensuring more efficient project management.
