Autodesk Revit is a parametric design and BIM core modeling software developed by Autodesk in the United States. The Revit modeling interface covers three main disciplines: architecture, structure, and MEP (mechanical, electrical, and plumbing). This integration allows designers to model and design collaboratively on a single platform, facilitating cross-disciplinary cooperation. Revit creates project parameters by adding and drawing components, with each element organized as a distinct “family”.
Using Revit for architectural design is often just the initial step in a full BIM workflow, and the experience gained from its use is highly valuable. However, through practical application, it becomes clear that no single software currently solves all challenges within the BIM building design process completely. Some common issues encountered during BIM usage and cross-disciplinary collaboration in architectural design include:
1) When collaboration between disciplines relies on linked files, issues arise. For example, when plumbing and electrical teams need to create openings for equipment pipelines in building walls or structures, they cannot directly drill holes in the linked files. Instead, structural designers must manually create these openings based on the requests from the plumbing and electrical teams, which increases their workload.
2) Revit’s central file system allows multiple users to set work permissions within the same file. However, in real-world workflows, overlapping permissions and frequent approval requests can occur, which negatively impact work efficiency.
3) While Revit supports simultaneous modeling by multiple users and disciplines within a single file, hardware limitations and software characteristics mean that as the file size grows, performance slows down significantly, and the model becomes more prone to crashes.
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