With the rise of BIM technology, there are now over 3,000 BIM software options available. For those new to using BIM in their projects, selecting the right software can be a challenging decision.
In BIM engineering practice, teams typically select one or more core BIM modeling software tools and combine them with various specialized BIM applications. This selection is based on the specific requirements of the project and practical experience, forming an initial BIM software system that is continuously refined throughout the project lifecycle.
First, it is essential to choose the core modeling software. Revit is a powerful and widely adopted tool that supports creating and managing BIM models across all disciplines and throughout the entire lifecycle of engineering projects. It offers excellent data compatibility, allowing import and export of models in formats such as IFC, DWG, and DGN, facilitating smooth data exchange between different BIM software. For projects centered on steel structures, Tekla is a popular choice for detailed steel structure modeling. Additionally, other modeling software from both domestic and international vendors can be selected based on specific project needs.
Next, depending on the project’s BIM application requirements, select the appropriate supporting BIM software from the broader BIM software ecosystem. Examples include visualization tools like Lumion, clash detection software such as Navisworks, construction simulation tools like Fuzor, as well as scheduling, cost simulation, and facility management software. These tools are integrated with the core modeling software to establish a comprehensive BIM application system tailored to the project.
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