In recent years, BIM technology has attracted significant attention and recognition from both industry professionals and academics. This is largely due to its ability to integrate attribute information with 3D data, maximizing its practical value across various project stages. Based on a thorough review of the literature, BIM can be understood from the following three perspectives:
1. BIM as a 3D Parameter Model: Building Information Modeling (BIM) is built upon 3D technology to create a realistic parametric model of a project. This model encompasses all engineering data related to the construction project. By using BIM models to visually coordinate the entire design and construction process, practical challenges associated with non-linear construction phases can be effectively addressed.
2. BIM as a Process Platform: From a process standpoint, BIM relies on a unified data standard that enables all participants throughout the project lifecycle to extract, modify, and update engineering information in real time. This approach ensures consistency across diverse engineering data and facilitates the successful completion of various tasks. In essence, BIM serves as a collaborative model that helps project stakeholders make more informed and efficient decisions through shared information management.
3. BIM as a Functional Management Tool: Functionally, BIM models extend beyond component-related data to include behavior models linked to project management. These models operate within a data-driven platform that manages the project’s entire lifecycle. BIM’s involvement spans a wide range of management applications, including contract administration, cost estimation, and document archiving, among others.
Must log in before commenting!
Sign Up