design meets gisthere has always been a gap between cad and gis as related to the design of utility...
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Design Meets GIS
Dennis F. Beck, PE
GITA Pacific NW
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Defining Design is Imperative
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GeoDesign
Community development
Climate change modeling
Ecosystem
Modeling
Urban planning
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CAD Design: Civil, Structural, Electrical, Mechanical…
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Somewhere in Between: Defining Utility Infrastructure Design
Simple Designs
(Layouts, extensions)
Engineered Designs
(Non-standard, calculations)
Major Projects
(Capital improvements)
GIS-based Design CAD-based Design
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Industry Perspective – Move to Design Tools
The market is also exhibiting a shift toward best-of-breed selection ofdesign applications, in contrast to the prior decade of development. Inthe past, utilities often assumed that a GIS-based "industryware suite"approach would ensure tight integration between design applicationsand the GIS and with external systems such as CIS and EAM. Dataexchange standards have matured to the extent that a number ofutilities in the past couple of years have selected a design vendor thatis different from their incumbent GIS vendor.
While the benefits of a single-sourced GIS-based design and networkmanagement "suite" still apply, utilities GIS vendors offering designcapabilities clearly have less of a protective competitive advantagethan in the past.
Gartner Group – Magic Quadrant for Utilities
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GIS Consolidation in the 1990s | New islands in 2000s
The market is also exhibiting a shift toward best-of-breed selection ofdesign applications, in contrast to the prior decade of development. Inthe past, utilities often assumed that a GIS-based "industryware suite"approach would ensure tight integration between design applicationsand the GIS and with external systems such as CIS and EAM. Dataexchange standards have matured to the extent that a number ofutilities in the past couple of years have selected a design vendor thatis different from their incumbent GIS vendor.
While the benefits of a single-sourced GIS-based design and networkmanagement "suite" still apply, utilities GIS vendors offering designcapabilities clearly have less of a protective competitive advantagethan in the past.
Gartner Group – Magic Quadrant for Utilities
Outage management / engineering analysis / design / work management
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Design is Not a Single Step Process
Conceptual
Engineering
Detailed
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Electric Transmission Line Design
Conceptual
Engineering
Detailed
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SDS™ for Inventor
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Design – GIS Utility Integration Points
Initiate Plan/Design Schedule Execute Close
GIS Work/Asset
Management
Accounting Materials Others
Operate
MobileDesign/CAD
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Design – GIS Utility Integration Points
Initiate Plan/Design Schedule Execute Close
GIS Work/Asset
Management
Accounting Materials Others
Operate
GIS Provides: Serviceability | Context for initial layout
MobileDesign/CAD
`
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Design – GIS Utility Integration Points
Initiate Plan/Design Schedule Execute Close
Work/Asset
Management
Accounting Materials Others
Operate
GIS Provides: Common landbase | Reference assets | Initial extents
CAD Provides: Graphic design | Engineering Analysis | Detailing
MobileGIS Design/CAD
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Design – GIS Utility Integration Points
Initiate Plan/Design Schedule Execute Close
Work/Asset
Management
Accounting Materials Others
Operate
GIS can be used in routing and location optimization
MobileGIS Design/CAD
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Design – GIS Utility Integration Points
Initiate Plan/Design Schedule Execute Close
Work/Asset
Management
Accounting Materials Others
Operate
Performed via Mobile computing solutions
[Presents large opportunity for future optimization]
MobileGIS Design/CAD
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Design – GIS Utility Integration Points
Initiate Plan/Design Schedule Execute Close
Work/Asset
Management
Accounting Materials Others
Operate
Mobile: As-builts
CAD: Potentially updates construction record documents
GIS: System of record [w/ Asset Management]
MobileGIS Design/CAD
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Design – GIS Utility Integration Points
Initiate Plan/Design Schedule Execute Close
Work/Asset
Management
Accounting Materials Others
Operate
Operations generates an ongoing, new cycle of asset management
activities that typically involve GIS, CAD and Mobile
MobileGIS Design/CAD
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What’s Next for Utility Design Integration?
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Constructability – Convergence of Design and Construction
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Conclusions – Challenges and Opportunities
It’s still about the data
Empowering the workforce
Changing IT deployment
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Questions / Discussion
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Abstract – Design Meets GIS
There has always been a gap between CAD and GIS as related to the design of utility systems.
Both CAD and GIS are critical to supporting design, and are becoming more and more
important with the increased need for better designs and more efficient workflows. This is
particularly notable for utility organizations that need to support varied business requirements in
areas ranging from planning, operations and asset management.
This presentation looks at the utility design process and the integration points between GIS and
CAD. Use cases that support different design workflows will be examined and differences
between conceptual design, engineering design and detailed design will be explained. The
presentation will also look at how utility design is changing based the demand for designing
dynamic networks, as required to support the Smart Grid such as distributed energy resources,
microgrids and sensor-based (Internet of Things) data sources.