The current application of BIM is gradually transitioning from the preparation and implementation phases to the delivery and operation phases. BIM plays a vital role during the delivery and operation stages, primarily through the following modes:
(1) Interactive Simulation
BIM replaces traditional CAD drawings to minimize misunderstandings or errors that often occur when interpreting architectural information using conventional methods. Delivery drawings typically include comprehensive data from the design through construction phases, resulting in a large volume of documents. Traditional methods can make it challenging to read and interpret these drawings, especially for those unfamiliar with architectural concepts. By leveraging BIM technology, users can explore any part of the building model, allowing stakeholders to intuitively observe design details and construction quality, thus gaining a thorough understanding of the project.
(2) Innovative Operation and Maintenance
Traditionally, operation and maintenance teams rely on 2D flat drawings to manage building systems, which makes identifying issues difficult when problems arise. BIM technology enables quick and precise access to equipment specifications, facility parameters, pipeline layouts, and related precautions within the building. This capability allows for rapid problem identification and timely responses, ensuring the smooth operation of building systems.
(3) Emergency Simulation
BIM enhances emergency preparedness through realistic simulations. By replicating various scenarios within BIM models, it is possible to anticipate emergencies or disasters, identify potential issues during the simulation, and develop practical, data-driven plans to prevent or mitigate incidents. These simulations cover a range of scenarios, including fires, personnel evacuations, and power outages.
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