BIM technology is now integrated throughout the entire lifecycle of construction projects. To maximize its benefits, selecting the right BIM software at each stage is essential.
Currently, there are over 3,000 BIM software options available, but not all support accurate data exchange, and compatibility issues between different programs are common. Therefore, it is crucial for companies to thoroughly research and evaluate BIM software based on their specific needs before making a selection. Key factors for comparison include market share, localization, secondary development capabilities, BIM modeling functions, and data interaction features.
Most BIM providers offer customized full lifecycle solutions tailored to one or more disciplines. For example, Autodesk offers the collaborative modeling software Revit and the structural analysis software Robot for building design, while its BIM360 suite supports construction and operations phases.
The primary focus when choosing a BIM platform should be the design software’s functionality and usability, as the design phase lays the foundation for the entire project lifecycle. However, it is equally important to consider the software’s applicability and ease of use during construction and operation stages, ensuring BIM’s value is realized throughout the project.
Currently, Autodesk, Bentley, and Dassault lead the market, holding a combined 95% share. Autodesk’s Revit is the most widely used, known for its mature building structure modeling, user-friendly interface, and significant advantages.
Bentley’s AECOsim Building Designer excels in infrastructure and factory modeling but has struggled to gain traction in China due to its high cost and late market entry. Dassault’s CATIA offers strong 3D visualization and information management, making it a leader in manufacturing design. However, its application in civil engineering remains limited, and it lacks robust project integration capabilities.
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