BIM technology is characterized by several key features:
First, it represents the digitization, or intelligent digitization, of building components.
Second, BIM functions as a collaborative process that includes automated processing capabilities, ensuring the correlation and consistency of information.
Third, it facilitates information exchange by providing a clear, reproducible information environment that can be verified and maintained throughout the entire lifecycle of a building.
Fourth, BIM generates comprehensive non-graphical data reports, delivering reliable, high-quality information on project design, scale, progress, and costs continuously and in real time.
Moreover, BIM continuously updates information within a comprehensive digital environment, granting access to architects, engineers, construction personnel, and owners. This access offers a clear and thorough understanding of the project, accelerating decision-making and enhancing its quality during architectural design, construction, and management. As a result, project quality improves and revenue increases.
Since BIM involves multiple disciplines and data types, an open international standard for expressing and exchanging building product data has been established: the Industry Foundation Classes (IFC).
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