Data Integration: BIM models seamlessly integrate with asset management systems, resulting in a comprehensive database containing exhaustive information on building components, equipment, warranties, and planned maintenance schedules. This facilitates efficient facility management and prolongs the lifespan of assets.

Lifecycle Information: From the specifications, installation date, maintenance history, and even the expected lifestyle, detailed information regarding each asset is provided within the BIM model.

Facility Management: BIM Asset Management plays a pivotal role in supporting facility managers with their daily operations. These encompass space planning, predictive maintenance scheduling, and efficient asset tracking. This integrated approach streamlines facility management.

Maintenance Optimisation: With access to comprehensive asset  information, facility managers can help optimise maintenance activities and prioritise repairs, extending the equipment’s lifespan.

Space Planning: Using BIM models, efficient space planning can be carried out diligently.

Energy Efficiency: The BIM model empowers energy consumption  monitoring and optimization, fostering sustainability and delivering substantial cost savings. It ensures eco-friendly practices while enhancing cost-efficiency within building operations.

Efficient Operations: Facility managers can access up-to-date asset  information, streamlining operations and maintenance.

Cost Savings: Proactive maintenance and optimised asset management lead to cost savings through reduced downtime and repair expenses.

Sustainability: BIM Asset Management supports sustainable building practices by enabling energy-efficient operations and informed upgrade decisions.

Improved Decision-Making: Facility managers can make data-driven decisions regarding asset replacements, upgrades, and renovations.

Compliance and Documentation: Organisations can easily track compliance with regulations and standards and maintain comprehensive documentation.