Recent Projects
BIM GIS Projects portofolio
These are some of the latest completed projects, works such as:
➕ topographic surveys, creating site plans, plans with elevation points, contour lines;
➕ photogrammetric flights conducted with RTK drones; creation of orthophotomaps;
➕ digital terrain models, elevation model and contour lines,
➕ 3D models of the studied areas, 3D as-built modeling for constructions
By accessing each of the projects below, you will find some details, some from during the execution, others being the results obtained.
The stages of completing a BIM GIS project
The process of completing a BIM (Building Information Modeling) and GIS (Geographic Information System) project can vary depending on the nature and scope of the project. However, generally, the following steps can be considered within this process:
- Defining the project objectives and requirements: In this stage, the project objectives and specific requirements are established. It’s determined what is needed and what must be accomplished in the project.
- Data collection: To begin the project, it’s necessary to collect the required data, whether it’s geospatial data for GIS or 3D models and construction information for BIM. These data can be obtained from various sources, such as ground scans, aerial images, existing maps, technical documentation, surveys, and others.
- Creating models and the database: With the collected data, 3D models are created for BIM and the database is developed for GIS. In the case of BIM, models can be created using specialized software for architectural design, engineering, and construction. In the case of GIS, the collected data are entered into a spatial database, where they are managed and analyzed.
- Integrating BIM and GIS data: In this stage, BIM and GIS data are integrated to allow for complex analyses and visualizations. Information from BIM models can be linked to geospatial data in GIS, allowing for a more complete and accurate understanding of the project. Integration can be achieved through interoperability between BIM and GIS software or by using specialized platforms that combine the two fields.
- Analysis and simulation: Using the integrated BIM and GIS data, analyses and simulations can be conducted to evaluate various aspects of the project. These may include energy efficiency analyses, traffic flow analyses, environmental impact analyses, and many others. These analyses help in making informed decisions within the project.
- Collaboration and communication: An important aspect of the BIM and GIS project is collaboration between different teams and stakeholders. Effective communication and information sharing among architects, engineers, builders, GIS specialists, and others are essential for the success of the project. The use of collaborative platforms and communication tools can facilitate this interaction.
- Implementation and monitoring of the project: After completing the model and plan, the project enters the implementation phase. Monitoring progress and updating models and data are important throughout the project.
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