& Construction

Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing

Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Host Revit models in Autodesk Tandem, connect sensors for real-time feedback, and link operation and maintenance manuals to model elements for easy access.
Type:
Tutorial
Length:
2 min.
Transcript
00:03
When implementing BIM for MEP systems, data integration is essential for operations and maintenance, the final step.
00:12
Integration is possible using both a digital twin and smart building monitoring, which bridge the gap between design and real-world operation.
00:21
In this stage, the Revit model and its real-world counterpart are fully compliant and ready for operations.
00:29
The Revit model and its MEP systems can be connected with Autodesk Tandem, a digital twin platform via the Revit Add-In in Tandem.
00:40
Various sensor packs have been installed throughout the building that capture real-time data from the MEP system, rooms, and zones.
00:48
This data enhances operational efficiency by providing valuable insights into system performance and environmental conditions.
00:57
These sensors are also integrated with the digital twin in Tandem,
01:01
which provides real-time feedback on system status, environmental conditions, and performance metrics.
01:08
This integration supports proactive monitoring and maintenance.
01:12
Additionally, operation and maintenance manuals are linked directly to model elements within Tandem.
01:18
This provides asset managers and maintenance teams with immediate access to critical documentation
01:24
for quick and informed decision-making.
01:27
A technician can access maintenance manuals for specific MEP components directly within Tandem.
01:33
This approach supports proactive maintenance based on real-time data and enhances facility management workflows.
01:41
By leveraging the digital twin in Tandem, teams gain a comprehensive, data-driven view of the building.
01:47
This optimizes performance, reduces downtime,
01:50
and improves long-term asset management by means of immediate access to real-time operational data and linked documentation.
Video transcript
00:03
When implementing BIM for MEP systems, data integration is essential for operations and maintenance, the final step.
00:12
Integration is possible using both a digital twin and smart building monitoring, which bridge the gap between design and real-world operation.
00:21
In this stage, the Revit model and its real-world counterpart are fully compliant and ready for operations.
00:29
The Revit model and its MEP systems can be connected with Autodesk Tandem, a digital twin platform via the Revit Add-In in Tandem.
00:40
Various sensor packs have been installed throughout the building that capture real-time data from the MEP system, rooms, and zones.
00:48
This data enhances operational efficiency by providing valuable insights into system performance and environmental conditions.
00:57
These sensors are also integrated with the digital twin in Tandem,
01:01
which provides real-time feedback on system status, environmental conditions, and performance metrics.
01:08
This integration supports proactive monitoring and maintenance.
01:12
Additionally, operation and maintenance manuals are linked directly to model elements within Tandem.
01:18
This provides asset managers and maintenance teams with immediate access to critical documentation
01:24
for quick and informed decision-making.
01:27
A technician can access maintenance manuals for specific MEP components directly within Tandem.
01:33
This approach supports proactive maintenance based on real-time data and enhances facility management workflows.
01:41
By leveraging the digital twin in Tandem, teams gain a comprehensive, data-driven view of the building.
01:47
This optimizes performance, reduces downtime,
01:50
and improves long-term asset management by means of immediate access to real-time operational data and linked documentation.
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