Why BIM-based Clash Coordination Is Pivotal For Construction Businesses

Why BIM-based Clash Coordination Is Pivotal For Construction Businesses

MEP or architectural and structural clashes often cause missed project deadlines, resource wastage and escalated project expenditure. Nevertheless, key BIM engineering service providers are equipped to resolve all discrepancies through the means of superior clash coordination. Through mechanical, plumbing and electrical clash coordination services, these providers can rectify all types of clashes that may arise. But, prior to choosing the ideal company for your building project, it is essential to have a broad outline of clash detection and coordination. 

 Both these services are extremely vital among the engineering services to be implemented throughout the pre-construction stage. Clash detection and coordination are carried out once the modeling services are done by means of software such as Revit.

Accordingly, prior to the execution of coordination processes 3D models are created for the different building systems, for instance, MEP, structure and architecture are rendered by engineers and architects. As far as construction is concerned, several engineers are answerable for the design creation of different systems of the building. So at the start individual models are created by each discipline and afterward these systems with the models have to be suitably coordinated.

How does BIM clash coordination work?                                                

The earlier 3D models of the project are generated using BIM, they then undergo processes on Navisworks or similar software to produce the clash report. These findings shed light on the clashes between architectural, structural, and MEP models. For example, electrical clash coordination services carry out a run-through of electrical components and detect all the clashes present. The interferences detected in this way can be fixed by a revision or re-directing the system once different specialists and clients have sufficiently discussed the same and agreed on the best way forward. Let’s discuss the benefits experienced through such clash coordination processes provided through BIM.

Advantages of BIM clash coordination services

Detecting and coordinating various interferences by means of BIM lead to a bunch of advantages that accelerate processes and ensure successful outcomes.

  • Identifying and resolving clashes all through the design period ensures that there are minimal changes when the project reaches the construction stage- thereby cutting back on time and costs involved. 
  • MEP clash coordination serves to optimize the usage of space in a building
  • These processes lead to enhanced collaboration among designers, engineers, architects, builders, and everyone else concerned with the project. 
  • When problems are fixed at the design stage, it helps in highly precise and smooth project execution. 
  • BIM coordination empowers several stakeholders to coordinate on a single model and keep the model updated to show modifications made by each discipline. 

Why choose BIM for MEP coordination?

The coordination process under mechanical, plumbing and electrical clash coordination services starts with the import of different Revit file types in Navisworks. All files are systematically analyzed to identify interferences among the model elements.

Designers are always searching for feasible solutions when they have to make changes to the design necessitated because of clashes found. In this case, they can refer to initial folders that are saved in the software and use them as a basis for the modification. Engineers gain a straightforward way to handle the changes as they just have to address the parts that are highlighted and work on just those parts without needing to redo the entire model unnecessarily.

You can take advantage of top BIM engineering service providers to gain mechanical, plumbing and electrical clash coordination services and all other related services that your building construction project requires. 

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