In the engineering and EPC space, BIM offers numerous benefits that drive productivity and competitiveness. The main advantage of BIM is that it interconnects all phases of the project, allowing communication to flow between all teams that are invested. On top of the increased efficiency, BIM allows for the end client, the constructor, and the design firm to align expectations early in the project. 

Another standout advantage of BIM is its ability to generate an automated and dynamic Bill of Materials (BOM) with accuracy. This capability allows project teams to plan resources effectively by reducing waste and optimizing costs. This is particularly important for procurement, as some pieces of equipment might be on back order for one to two years. In electrical design and construction, where accuracy is essential, BIM processes ensure that every component is accounted for, enhancing overall project quality and reliability. 

The enhanced coordination that BIM enables improves project efficiency. By allowing engineers to collaborate seamlessly with other disciplines, BIM ensures that all project elements are aligned, reducing the likelihood of conflicts and rework. Additionally, BIM serves as a single source of truth, housing all information in one place for the duration of the project. This makes it easier for teams to access and update critical data in real time. This improved coordination is comparable to how CRM systems streamline customer interactions by centralizing information and ensuring smooth collaboration across departments.