Implementation of Reality Capture, Mixed Reality, 360 Photography, and BIM models to optimise processes in construction projects, including the coordination of multidisciplinary designs, planning and site management through 4D and 5D models, and the integrated control of time and costs.
Terrestrial laser scanners were used to capture precise data of the facilities and terrain, generating detailed three-dimensional models. These data facilitated the identification of design clashes and helped coordinate the various disciplines involved, improving planning and reducing errors during project execution.
During the construction phase of the department store, aerial photography provided a clear overview of the site. The images obtained helped assess progress in real time and identify potential areas for improvement to ensure efficient project execution.
Photogrammetry was carried out using drones equipped with high-resolution cameras to generate orthophotos. This technique provided accurate information on terrain dimensions and characteristics, supporting initial planning and integrating data into the BIM model for more effective coordination between disciplines.
360-degree captures enabled a comprehensive view of the environment, facilitating high-precision remote inspections and continuous progress monitoring. This tool was key to ensuring effective communication and comprehensive supervision throughout the project.
Multidisciplinary BIM models were created, integrating design, planning, and construction management. These models enhanced coordination between disciplines, streamlining construction processes and ensuring more efficient project management across all phases.
The implementation of mixed reality allowed the project to be explored directly on-site during construction. With this technology, virtual models and the real environment were combined, enabling adjustments and improvements for a more efficient execution.
Implementation of Reality Capture, Mixed Reality, 360 Photography, and BIM models to optimise processes in construction projects, including the coordination of multidisciplinary designs, planning and site management through 4D and 5D models, and the integrated control of time and costs.
Terrestrial laser scanners were used to capture precise data of the facilities and terrain, generating detailed three-dimensional models. These data facilitated the identification of design clashes and helped coordinate the various disciplines involved, improving planning and reducing errors during project execution.
During the construction phase of the department store, aerial photography provided a clear overview of the site. The images obtained helped assess progress in real time and identify potential areas for improvement to ensure efficient project execution.
Photogrammetry was carried out using drones equipped with high-resolution cameras to generate orthophotos. This technique provided accurate information on terrain dimensions and characteristics, supporting initial planning and integrating data into the BIM model for more effective coordination between disciplines.
360-degree captures enabled a comprehensive view of the environment, facilitating high-precision remote inspections and continuous progress monitoring. This tool was key to ensuring effective communication and comprehensive supervision throughout the project.
Multidisciplinary BIM models were created, integrating design, planning, and construction management. These models enhanced coordination between disciplines, streamlining construction processes and ensuring more efficient project management across all phases.
The implementation of mixed reality allowed the project to be explored directly on-site during construction. With this technology, virtual models and the real environment were combined, enabling adjustments and improvements for a more efficient execution.
