How to build a model, what to build, and to what level of detail all depend on the specific application. Therefore, BIM planning must be defined from the outset, based on both the intended use and the chosen methodology. If the application focuses on a single aspect—such as pipeline integration or inventory calculation—a single software solution may suffice. However, this approach does not fully qualify as BIM design.
If you aim to accomplish both tasks, it’s important to carefully select the appropriate software for each. Among these options, model export offers the highest level of reuse and the lowest overall cost. For example, what kind of modeling rules need to be customized to support inventory calculation within pipeline integration? This represents the most basic form of BIM design.
Consider a more complex scenario: a project that requires 3D design (including pipeline integration), inventory calculation, and material tracking. First, you need to establish submission standards for the 3D design, decide which modeling software to use, and determine the format in which the design institute should deliver its work. These submission standards are critical for downstream processes such as inventory calculation and material tracking.
When it comes to material tracking, it is essential to define which components should be monitored, identify the parties involved, and then customize workflows and select integrated systems accordingly.
Additionally, some projects demand advanced features like construction simulation, real-time release, and virtual operation. These requirements call for more sophisticated planning around the production, storage, and retrieval of BIM data early in the project lifecycle to maximize its value.
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