Upon project completion, the construction team must submit a BIM completion model that allows for thorough inspection of all materials and equipment used. This includes key details such as manufacturer information, specifications, entry records, inspection and submission data, installation locations, and warranty information. BIM technology facilitates this by creating shared parameters and incorporating project-specific parameters, embedding detailed information into each component to support future maintenance. Parameters should be updated throughout the construction process to ensure the final completion model is comprehensive and accurate.
Additionally, BIM-based information systems can create comprehensive building asset databases derived from BIM models. These databases follow a hierarchical structure, encompassing planning models, building entities, floors, rooms, facilities, and pipelines. This hierarchy enables users to trace facility details from the overall building down to individual rooms and concealed pipelines.
Using the equipment BIM model, a centralized database is established for all equipment within the building. This database records essential information such as equipment ID, room location, name, type, brand, model, specifications, warranty start and end dates, and installation details. Each piece of equipment is linked to its corresponding building BIM model.
The system also maintains a supplier repository, storing contact information for various suppliers. This repository is directly connected to the equipment BIM models, allowing real-time access to supplier details and ensuring effective maintenance support.
By integrating equipment BIM models with concealed engineering data, maintenance personnel can directly access and review equipment information and conditions through the BIM interface. When equipment is replaced, it is crucial to promptly update the equipment database to reflect these changes.
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