The first benefit comes from integrating a BIM model with a facility’s maintenance management system. If a preventive maintenance program isn’t already automated, BIM can do that. And if it is, BIM can connect to the existing software package to supplement the data and information that already exists,ensure an even more robust maintenance program. Essentially, the BIM model becomes an electronic owners manual, and can also be a valuable tool if facility managers undertake a recommissioning process.
Secondly, BIM can improve space management. BIM can show quickly and visually where space could be used more efficiently and help make it
Third, BIM can help with building analysis, especially in regards to sustainability initiatives, like LEED-EBOM. The BIM model can be a continuously updatable repository for all the data collected and programs developed in conjunction with green goals. That way, when it comes time for LEED-EBOM recertification, the BIM model is a one-stop shop for identifying which new credits to tackle or which credits should be improved upon.
Fourth, BIM can help streamline change management. Facility managers can use the BIM model to scenario plan and configure space more efficiently. BIM can also help identify conflicts when space requirements or purposes change.
Fifth, new software packages are being created and put out on the market that allow a BIM model to connect with a facility’s building automation system. This has numerous benefits in terms of information management and system efficiency. After all, nothing is more expensive than information you can’t trust, as the common saying goes.
Source: Facilities Net.