integrating bim and gis workflows · revit civil ifc data interoperability extension (fme) model...
TRANSCRIPT
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Integrating BIM and GIS WorkflowsDriving Business with Smarter Decisions
GIS DATA
Master Planning
Regulation &Permitting
RevenueGeneration
Monitoring& Enforcement
BIMDATA
Preliminary Design & Plan
Detailed Design
Preconstruction
Construction
Documentation
BIMGISServices
Capital Portfolios
Capital Projects
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GIS - BIM Lifecycle
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BIM is a process for increasing efficiency throughout the construction process
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Construction DocumentationSchedulingCostsSafetyVisualizationCoordination
Reducing Uncertainty
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G I SB
M
i
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Where should we go next?
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GIS Informs BIM
BIM Fuels GIS
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3D Platform
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Improving 3D Experience
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3D Objects
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Mesh
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Point Clouds
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3D Geoanalytics
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AR / VR / 3D Mobile
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GIS Services in AEC
ArcGIS for AutoCAD
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GIS/AEC Patterns….
.DWG with ArcGIS
Feature Classes
Microstation .DGN
ArcGIS for AutoCAD
ArcGIS for Desktop
Desktop Web Device
Server
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Operations Dashboard
Platform
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REVIT
Civil
IFC
FME Revit
Plug-in
Data Interoperability
Extension (FME)
Model Builder
Web Scene
Useful GIS
Layers
RVZ
DWG
Other
formats
ArcGIS Pro
ArcGIS Earth
ArcGIS
Enterprise
BIM to 3D GIS Workflow Today
ArcGIS Pro
(I3S)
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BIM to GIS Today…
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Esri BIM Roadmap
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Read Revit Files
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“As-Maintained” BIM
Design BIM
Trades BIM
As-Built BIM
Scan to BIM
Construction BIM
Concept BIM
Record BIM
3D CAD w/
Attributes
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Features or Visualization
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Adding CAD Data in ArcGIS Pro CAD Reader
CAD File
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Adding CAD Data in ArcGIS Pro CAD Reader
Default Behavior
Direct Read
Map Layers
POINTS
POLYLINES
POLYGONS
ANNOTATION
MULTIPATCH
ROOMS (MSC)
WALLS (MSC)
CAD File
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Adding REVIT Data in ArcGIS Pro REVIT Reader
REVIT File
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Adding REVIT Data in ArcGIS Pro REVIT Reader
Default Behavior
Direct Read
Map Layers
REVIT File
WALLS
ROOFS
WINDOWS
DOORS
FLOORS
<CATAGORIES>
…
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Reading Revit Files
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Web Scene Layers & BIM
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Information Framework
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REVIT
Civil
IFCData Interoperability
Extension (FME)
Model Builder
Web Scene
Useful GIS
Layers
RVT
DWG
Other
formats
ArcGIS Pro
ArcGIS Earth
ArcGIS
Enterprise
Near Term Workflows Enhancements…
ArcGIS Pro
(I3S)
(Safe Software) Directly
Creating I3S
(Esri) Directly
Reading Revit
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Main Message• Transforming the Project Lifecycle – Throughout our initial meetings, our focus has always started with understanding the complete
workflow of how data moves between planning, designing, building and operating buildings and infrastructure. The key has been to figure out
how we can more easily integrate BIM and GIS data to improve this process. We also want to bring context to the design and construction
workflows that lead to construction and renovation of facilities and infrastructure. Improving data integration workflows will bring immediate
value to both GIS and BIM users. We know we can achieve more than just data integration and are already researching opportunities.
• Reality Capturing and Sharing - the world around us (Imagery, Capture, AR/VR) – Unlike ever before, we are in a time when we can scan,
photograph, and sense the three-dimensional world around us. Every project can start with a realistic, accurate ‘picture’ of the original site and
then have daily scans recording how the site changes with every phase of development. Through use of drones, data processing and other
sensor input, designers and project staff can have a continuous context of the site and the environment around it.
• Designing the Real World in 3D - Traditionally, designing and representing the world has been done in 2D. With advancements in
technology and hardware, 3D is quickly becoming the standard people want to use for design, visualization, and analysis of assets throughout
their lifecycle. Our focus will be on tools and apps that utilize 3D to facilitate better use of spatial information to inform and guide the design
process so that projects can achieve economic, sustainability, and performance goals.
• Geographically Informed Design - Buildings and assets will be planned, designed, and built in a way that considers project context in depth
by making relevant information available when it is needed most. By integrating GIS and BIM , planners and designers will better understand
projects in relation to their surrounding context: how the natural and existing built environment will be impacted by and interact with new
projects. By pulling these insights up the project lifecycle, project owners will be able to predict potential issues, streamline the project
lifecycle, and reduce costly cycle churn.
• Optimize how infrastructure operates (IoT) – After an infrastructure asset such as a building or bridge is constructed, we’re now able to
monitor every tremor and temperature change with embedded sensors. The world is going to be tracked with billions of sensors all around us,
many of which will be designed into the assets we use and then tracked and analyzed in 3D experiences. This data will fuel machine learning
that will generate new insights when they are most relevant. By sharing Esri’s expertise in the Science of Where and Autodesk’s leadership in
design analysis, we hope to discover new opportunities for enabling customers to plan, deploy and consume sensor information to improve
operational performance of large systems of assets.
• Open Data Management- Recognizing that Data is at the Center of our customers’ businesses and organizations, we want to create
platforms that are extensible for our users to create the next generation of tools – the future of our platforms depends on users extending,
creating new tools and inventing new workflows to become more productive and achieve great results.