Steps To Conduct Multidisciplinary BIM Coordination

1. Steps To Conduct Multidisciplinary BIM Coordination Building Information Modeling (BIM) coordination is an essential process in the design and construction of any building or structure. It involves ensuring that the architectural, structural, and MEP (mechanical/HVAC, electrical, and plumbing) services of a building are working together efficiently and effectively. Multidisciplinary BIM Coordination Steps 1.Establish clear roles and responsibilities It is important to ensure that all team members have a clear understanding of their roles and responsibilities in the BIM coordination process. This can involve defining specific roles, such as BIM manager or BIM coordinator, and assigning tasks accordingly. 2.Model placement Due to the fact that even a small amount of error margin between two service models could result in inaccurate data about the issues, having accurate models is quite important. The method of checking the placement of the models in relation to one another varies depending on the software that you are utilizing; however, programs such as Revit provide you with coordinates, a project base point, and model linking, amongst other things that assist with the accurate placement of the models. 3.Set up a collaborative platform In order to facilitate effective BIM coordination, it is important to set up a platform that allows all team members to collaborate and share information in real time. This may involve using a cloud-based platform, such as BIM 360 Coordinate, or setting up a shared workspace where team members can access and update documents and models. 4.Develop a BIM execution plan A BIM execution plan (BEP) is a document that outlines how BIM will be used throughout the project, including the specific software and tools that will be used, the standards and protocols that will be followed, and the roles and responsibilities of all team members. Developing a clear BIM execution plan can help to ensure that all team members are on the same page and that the BIM coordination process runs smoothly.

2. 5.Combining different IFC models Teams working on a multidisciplinary project are free to utilize whichever modeling tools they like. For instance, the architecture department will employ ArchiCAD, the structural engineering division will employ Revit, and the prefabrication division will employ Tekla. A variety of file formats are used to store the model depending on whatever software was used. The goal of multidisciplinary BIM coordination is to unify all disciplines into a single, comprehensive model. Each of the aforementioned applications includes the functionality necessary to convert the model to IFC format. We then import all the data from the IFC file into a single, unified model that can be used across disciplines. 6.Conduct clash detection Clash detection tools like BIM 360 Coordinate can be used to identify conflicts between different elements of the design such as architectural, structural, and MEP (mechanical/HVAC, electrical, and plumbing) services. By identifying these conflicts early in the process, teams can avoid costly delays and reworks done in line. 7.Send clash report This step involves creating a report that summarizes the findings of the clash detection process and outlines any necessary changes that need to be made to resolve conflicts. These reports should be shared with all relevant team members including architects, civil engineers, and MEP engineers, to ensure that they are aware of any issues that need to be addressed. 8.BIM coordination If you were to inform the various departments of the findings of your BIM coordination check, it would go a long way toward reducing the likelihood that similar issues will arise in the future. The BIM coordination process will ensure that different disciples in construction projects including architectural, structural, and MEP design are working together efficiently and effectively. BIM coordination is often facilitated using a cloud-based platform, such as BIM 360 coordinate, which allows team members to access and update the model from any location, depending upon the clash report. Conclusion Effective BIM coordination is essential for the successful design and construction of residential, commercial, and industrial buildings. By following the steps outlined above, construction professionals can ensure that all disciples are working together effectively and efficiently, ultimately resulting in a more successful and profitable project.