BIM technology offers visualization, informatization, and simulation capabilities, enabling seamless information exchange throughout a building’s entire lifecycle. It allows for continuous and stable monitoring of the building. The operation and maintenance management model based on BIM brings numerous advantages.
Visualization
BIM technology provides technicians with a visual platform for operation and maintenance. Unlike traditional CAD views, it allows management personnel to intuitively modify building components, process information promptly, and gain a more accurate understanding of the building’s condition. Currently, there is a shortage of skilled operation and maintenance staff, as these roles require deep familiarity with building drawings, pipeline layouts, and ventilation systems—knowledge that demands long-term experience and technical expertise.
BIM transforms complex models accessible only to professionals into user-friendly visualizations that non-experts can easily understand. This reduces training costs, improves management efficiency, and enhances the skill level of maintenance personnel.
Information Integration
BIM technology enables comprehensive information integration and data consolidation throughout the design, construction, and operation phases. Different departments can access and share data in real time, facilitating effective management. For example, when construction information needs to be changed, added, or removed, the BIM model links all relevant data to ensure consistency and connectivity.
Traditional operation and maintenance rely heavily on paper-based documentation, which is prone to omissions and inefficiencies. BIM centralizes all building lifecycle information, making data retrieval faster, more accurate, and complete.
Emergency Management
Thanks to its 3D visualization, BIM technology can precisely locate emergencies within a building. In evacuation scenarios, it quickly identifies the best escape routes and provides real-time information to rescue teams and management, helping to minimize losses.
In cases such as pipeline ruptures in water supply or drainage systems, BIM accurately detects damage locations and supports early-stage control measures. Compared to traditional methods, BIM allows for pre-simulated solutions, enhancing management efficiency and reducing costs.
Architectural Space Management
Space management plays a crucial role in building operation and maintenance. It directly impacts the effective use of architectural space and reflects the quality of related construction projects. Consequently, space management has always been a key focus for operation and maintenance professionals in the construction industry.
BIM technology excels in this area by providing a comprehensive visualization of space management throughout the building’s lifecycle. This capability helps reduce workers’ workload and ensures high-quality maintenance standards.
Operation and Maintenance Data Management
Successful operation and maintenance management requires the extensive use of BIM technology in detailed management tasks. BIM supports data storage across various sectors and establishes a broad information exchange platform tailored to real-world management needs.
This platform facilitates scientific data sharing during operation and maintenance, reducing the complexity of these tasks while significantly improving efficiency.
Construction Quality Management
Effective building maintenance depends on scientifically applying BIM technology, particularly through equipment information databases and detailed records. It is essential to continuously improve equipment usage plans, analyze operational status, and record fault data.
This approach strengthens fault management and directly influences construction quality. Therefore, BIM technology must be fully leveraged in managing construction equipment quality.
Furthermore, management personnel should consistently record data parameters generated during maintenance and consolidate them into a unified parameter database. This supports the creation of data simulation forms, which assist maintenance teams in monitoring and analyzing building conditions more effectively.
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