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What is the BIM methodology?
BIM: Building Information Modeling
It is a real-time work methodology for project management that is carried out collaboratively through 3D modeling tools. BIM collects all the information necessary for the development of the project in a single model. In this way, it is possible to study the entire construction process from design to possible demolition.
![](https://cafeina.design/wp-content/uploads/2021/10/DiagramasBIM-05-2-768x355.png)
![](https://cafeina.design/wp-content/uploads/2021/10/DiagramasBIM-04.png)
BIM works collaboratively with everyone involved in the process, be they architects, engineers, builders, etc.
Thus, communication between all parties is facilitated since they are focused on a single information model, unlike the 2D methodology.
BIM Dimensions
2D + parametric and geometric-spatial information of the project = 3rd Dimension
- Coordinate the different disciplines involved.
- Have control of the scope and quality of the project.
- Prepare project documentation.
- Associate geometric and non-geometric information to the digital model, incorporating all the information that will be needed for the following BIM phases and dimensions.
3D + Time = 4th Dimension
- Synchronization of a 3D model of a project, with planning programs linked to each other, allowing analysis and changes to be made in real time.
- It allows simulating different alternatives to optimize the project before starting.
- Allows collaborative exchange between all disciplines involved in the project
3D + Time + Cost = 5D
- Integrate budgets into 4D programs to monitor the progress of a work in real time.
- It allows to graphically compare the progress or delays of the different phases of the work by means of the 3D model.
- Calculation of operating costs.
3D + Time + Cost + Sustainability = 6D
- It enables more complete and accurate project energy analysis during the design process.
- It allows the measurement and verification during the construction of the energy consumptions.
- Make variations in the environment.
- Integration of BIM with 6D simulation models leads to an overall reduction in energy consumption.
3D + Time + Cost + Sustainability + Operation Management = 7D
- Allows you to create strategies in the BIM life cycle.
- Track the component data of the project, such as physical condition, specifications, maintenance, operation manuals, warranty data, etc.
- Create operation and maintenance models, by obtaining faster spare parts, optimizing maintenance, throughout the entire life cycle of the facilities.
- Streamlines asset management from design to demolition.
![](https://cafeina.design/wp-content/uploads/2021/09/DiagramasBIM-02.png)
Our projects using BIM
![](https://cafeina.design/wp-content/uploads/2021/09/gobmx.png)
Mexico's government has already started with the implementation of this type of project. Cafeína Design meets the parameters required for BIM implementation in public projects.