BIM technology has advanced rapidly thanks to the comprehensive software systems it encompasses. These software systems serve as the core components of BIM technology; their smooth operation is essential for wider recognition and adoption of BIM. This technology relies on a diverse collection of high-tech software tools, each with unique functions. Importantly, these software programs are designed to be compatible with one another. Enhanced interoperability between these tools significantly speeds up modeling and analysis compared to traditional software.
The BIM software suite can be broadly categorized into several types: core modeling software, BIM model-based advanced analysis software, schedule control software, and construction process project management software based on BIM models.
The core modeling software primarily includes the Revit series. As a comprehensive platform, Revit integrates much of the data needed during modeling. Each project automatically incorporates specific data relevant to that project type, enabling quick access to corresponding database information for faster modeling. Usage of Revit software varies by discipline—for example, architectural and structural design typically use Revit Architecture, Revit Structural, ArchiCAD, and similar tools; equipment design primarily uses Revit MEP and the DesignMaster software series.
Commonly used advanced analysis software includes BIM sustainability tools like Greenbuilding Studio, electromechanical analysis tools such as Trane, and structural analysis software including PKPM and SAP2000. For construction progress management, software like ProjectWise Navigator and Navisworks are widely used. These tools excel at presenting project simulations in both three-dimensional and four-dimensional views. During project execution, developers and contractors can use these programs to visualize the entire construction process, equipment layouts, and detect potential clashes in real time. This capability allows for early identification and resolution of current or future construction issues, facilitating timely adjustments to optimize project progress.
Cost management, meanwhile, still relies heavily on traditional quantity surveying software such as Guanglian Da and Luban, which continue to evolve by adding new features. The Guanglian Da suite includes construction process management tools (like BIM5D), specialized software for electromechanical industries (MagiCAD), intelligent design software for structural construction drawings (GICD), as well as BIM calculators, browsers, drawing review tools, 3D construction site layout software, and BIM template scaffolding software. The software architecture of Guanglian Da is illustrated in the figure below.
Fortunately, with the growing adoption of BIM technology, compatibility between Guanglian Da and design software like Revit has steadily improved. Notably, Guanglian Da 5DBIM enhances 3D modeling by integrating time and cost components, enabling real-time cost control. This blend of statistical quantity surveying, dynamic construction progress simulation, and cost monitoring represents a pioneering approach to intelligent, dynamic project cost control, advancing the real estate industry.
Additionally, Luban BIM is another leading intelligent software solution for cost control. It focuses on BIM applications during the construction phase by providing intelligent engineering data and BIM application solutions. Luban BIM offers industry-leading smart solutions, supporting everything from clash detection and cost management to later archive management, where it continues to play a crucial role.
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