BIM technology offers features such as visualization, coordination, simulation, and graphing. Its coordination capabilities are particularly notable in the following areas:
A critical focus throughout the entire construction process is the coordination of various implementation steps. This coordination is essential for construction teams, designers, and end-users to work effectively together. During project development, any issues that arise require collaboration among all relevant personnel to identify the root cause, propose solutions, discuss corrective actions, and oversee the implementation and progress of these measures.
Conflicts often occur between different disciplines during the project due to insufficient communication among designers during the planning phase. For instance, when laying out HVAC pipelines, construction drawings are typically isolated, lacking a comprehensive architectural overview. In practice, it may become apparent that certain design elements or structural beams obstruct optimal pipeline routing.
Such challenges are common during actual construction. However, if all design data is integrated into the BIM system, every designer can access the complete architectural plan. This holistic view allows problems to be resolved more efficiently. The BIM data model facilitates communication between various design modules, creating coordinated data that can be shared among all participants involved in the building process.
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