BIM (Building Information Modeling)?

BIM is the result of a set of integrated processes and workflows that gather information generated and maintained throughout the life cycle of a building, which is explained in a Building Information Model - BIM.

It is a process that essentially involves three-dimensional modeling and the combination of information on the building and equipment, creating an integrated digital model of all disciplines and covering the entire building lifecycle. Parametric 3D modeling and knowledge of interoperability between tools and processes themselves are essential features that support the concept of BIM.

The applicability of BIM allows making early decisions having to support the model and the collaborative process, built by different actors in all project phases and work (architects, engineers, estimators, builders), constituting itself a resource for sharing information a reliable source for making decisions on a building during its life cycle, reducing design errors incompatibilities.

 

BIM allows us to:

 

Visualize

Visualize

Visualize the construction site

Optimize

Optimize

Optimize the construction schedule

Reduce Risk

Reduce Risks

Reduce project risk by getting requests for more enlightening information

 

Clash Identification

Clash Identification

Project analysis to identify incompatibilities 'clash identification' between specialties

Estimation

Estimate

Quantification of building components throughout the life cycle, from the design to its use

 

Sustainable Design

Sustainable Design

Enhance the use of tools and solutions for analysis and design more sustainable buildings

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