Model Integration: Separate BIM models represent their respective        components and systems, which are later integrated into a shared BIM environment.

Clash Detection: The integrated models are analysed for clashes using  BIM software. The software aims to highlight potential conflicts as it identifies situations where building elements intersect or overlap.

Conflict Resolution: After identifying clashes, the project teams work  collaboratively for their resolution. Design adjustments, re-routing systems, or reconfiguring components are all processes to eliminate clashes.

Documentation: The procedure for identifying and resolving conflicts has an extensive amount of supporting documentation. This documentation        contains records of discovered conflicts, actions done to resolve them, and updated BIM models to reflect the issues that have been handled.

Early Issue Identification: The early detection of clashes in the design phase allows for a timely resolution, reducing the likelihood of costly on-site conflicts.

 Cost and Time Savings: You can ensure a smoother construction process and save costs by addressing classes proactively. Moreover, construction rework and delays can be minimised as well.

 Improved Collaboration: By the usage of BIM Clash Detection, you can ensure a healthy collaboration among project stakeholders, which includes the architects, engineers, contractors, and subcontractors. This allows for better cooperation, fostering better coordination and communication.

Enhanced Quality: The resolution of conflicts results in a building project that is of greater quality, has fewer flaws, and reduces the possibility that there will be problems with safety.

Streamlined Construction: When contractors know that the design is clash-free, they can confidently proceed with the project, which leads to better and more efficient construction operations.