For the Tec de Monterrey campus in Puebla, Reality Capture was carried out using laser scanning to accurately document the buildings and infrastructure. This process provided key data for the development of detailed BIM models, essential for planning, resource optimisation, and the design of future interventions.
Client:
Tecnológico
de Monterrey
Puebla
Location:
Puebla,
México
Year:
2019
REALITY CAPTURE
DIGITAL MODELS
Terrestrial laser scanning
Terrestrial laser scanning captured precise three-dimensional data, generating a point cloud that reflected the current conditions of the buildings and infrastructure. This service enabled the identification of exact dimensions, structural details, and key characteristics, ensuring reliable documentation for analysis and planning.
BIM (Building
Information
Modeling)
Based on the generated point cloud, BIM models were developed to integrate existing information about the campus buildings and infrastructure. These models facilitated cross-disciplinary coordination, optimised design processes, and supported the projection of future interventions, ensuring well-informed and efficient decision-making.
For the Tec de Monterrey campus in Puebla, Reality Capture was carried out using laser scanning to accurately document the buildings and infrastructure. This process provided key data for the development of detailed BIM models, essential for planning, resource optimisation, and the design of future interventions.
REALITY CAPTURE
Terrestrial Laser Scanning
Terrestrial laser scanning captured precise three-dimensional data, generating a point cloud that reflected the current conditions of the buildings and infrastructure. This service enabled the identification of exact dimensions, structural details, and key characteristics, ensuring reliable documentation for analysis and planning.
DIGITAL MODELS
BIM
(Building Information Modeling)
Based on the generated point cloud, BIM models were developed to integrate existing information about the campus buildings and infrastructure. These models facilitated cross-disciplinary coordination, optimised design processes, and supported the projection of future interventions, ensuring well-informed and efficient decision-making.