The BIM implementation platform is an integrated system composed of one or more core software applications, along with peripheral or upstream and downstream tools, enabling BIM usage at specific stages or throughout the entire process. This platform ensures seamless, lossless data and model flow and interaction internally.
Typically, different BIM implementation platforms are used at various project stages to fulfill distinct BIM application needs. These platforms communicate by exchanging data through internationally recognized formats. In this discussion, the BIM implementation platform specifically refers to the design phase platform, which primarily supports BIM applications during design and facilitates data exchange with the construction phase.
Currently, leading BIM platforms include Autodesk’s Revit series, Bentley’s platforms, Nemetschek’s ArchiCAD series, and Dassault’s CATIA platform. Besides these, numerous other BIM or near-BIM platforms meet the functional requirements of BIM systems. Based on extensive experience and research, the following selection principles have been established:
1) Autodesk Revit is recommended for civil building projects.
2) Bentley platforms are suited for large-scale commercial and infrastructure projects.
3) Architectural firms specializing in a single discipline may find success by choosing ArchiCAD, Revit, or Bentley platforms.
4) For highly unconventional projects with a generous budget, DigitalProject or CATIA may be considered, especially within China’s BIM research and application landscape.
Regarding market share, talent availability, supporting resources, and successful case studies, the Revit platform stands out compared to others. Moreover, in China’s 2D design era, AutoCAD—the most widely adopted design tool—is developed by the same company behind Revit, sharing similar interfaces and operational standards. This continuity in software lineage and reduced learning curve support Revit’s position as the leading 3D design platform in China.
The Revit model serves as a parameterized, lifecycle-encompassing building model with a multidimensional, dynamic database. Vertically, it integrates multiple disciplines and model attributes; horizontally, it includes physical details such as material properties and quantities; spatially, it defines organizational relationships among various professional domains.
Developed by AUTODESK, the BIM-based Revit visualization and 3D design software builds upon CAD as its foundational platform. It can produce 2D construction drawings equivalent to traditional CAD outputs, ensuring smooth continuation of existing workflows like large-space lighting design in station buildings. Additionally, Revit supports simulation and analysis of critical factors such as spatial illumination and natural environment conditions, while offering strong scalability for secondary development, similar to the current CAD platform.
Must log in before commenting!
Sign Up