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A Case Study: Comprehensive Data Capture and Geodatabase Development for NAVFAC Utility Systems Grant Raudenbush PSM GISP Geospatial Analyst, Utilities Utilities GIS Development April 26, 2010

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Page 1: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

A Case Study: Comprehensive Data Capture and Geodatabase Development

for NAVFAC Utility Systems

Grant Raudenbush PSM GISPGeospatial Analyst, Utilities

Utilities GIS Development

April 26, 2010

Page 2: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Five Operating Sectors

Systems Support

Base and Infrastructure Support

Range Operations

Maintenance Support

Training and Simulations

Technical andOperational Support

Live, Virtual and Constructive Domains

Life Cycle Optimization

Performance Based Logistics

Modifications, Repairand Overhaul (MRO)

Supply Chain Management

Lead SupportIntegrator (LSI)

Technical Services

Radar Systems

C4ISR

Electronic Warfare

Naval & Marine Systems

Navigation & Guidance

Military Space

Government Systems

Electronic Systems

Large Scale Systems Integration

C4ISR

Unmanned Systems

Airborne Ground Surveillance / C2

Naval BMC2

Global / Theater Strike Systems

Electronic Combat Operations

ISR Satellite Systems

Missile Defense Satellite Systems

MILSATCOM Systems

Environmental & Space Science Satellite Systems

Directed Energy Systems

Strategic Space Systems

Aerospace Systems Shipbuilding

Naval Systems Integrator

Surface Combatants

Expeditionary Warfare Ships

Auxiliary Ships

Marine Composite Technology

Coast Guard Cutters

Commercial Ships

Nuclear Aircraft Carriers

Nuclear Submarines

Fleet Maintenance

Aircraft CarrierOverhaul & Refueling

Command & Control Systems

Network Communications

Intelligence, Surveillance & Reconnaissance Systems

Enterprise Systemsand Security

IT/Network Outsourcing

Intelligence

Federal, State/Local & Commercial

Homeland Security & Health

Information Systems

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Page 3: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Intelligence: Information Systems

An End-to-End Provider of Geospatial Products and Services

Analysis andConsulting

Information Systems Service SegmentInformation Systems Service SegmentPhotogrammetry

Processing Base Mapping

Digital Photography LiDAR

RADAR Surveying

GeospatialInformationSystems

Adv Analytics

Mapping Value Added

Services Exploit.Data Mining

Page 4: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Agenda

• Overview– A “Model-Driven” project

• Business Drivers– Dependent Systems, Local Drivers

• Unique Characteristics – Data Model, Revenue & Readiness, Secured Military

Facility, Confined Spaces, Collection Detail

• Process– Deployment, Tools, GPS, Imagery

a model-driven project4

Page 5: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Overview: A Model-Driven Project

a model-driven project5

(simplified) Typical Workflow:

Flexible Data-Model Workflow:

Page 6: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Business Drivers

a model-driven project6

• Local Drivers– Hydraulic Modeling (San Diego)– Voltage Conversion (Norfolk)

SPMSPM

iNFADsiNFADsGIS

RSIMS

• Dependent Systems– SPM (Single Platform Maximo)– iNFADs (Internet Naval Facilities Assets Data Store)

• PRV (Property Replacement Value)– GIS as inventory supporting iNFADs– RSIMS (Regional Shore Information Management

Systems)– SDSFIE (Spatial Data Standard for Facilities,

Infrastructure and Environment) (3.0 release due August 2010)

– CIRCUITS MDM (Centralized and Integrated Reporting for the Comprehensive Utility and Information Tracking System Meter Data Management)

Page 7: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Unique Characteristics

• Data-Model driven project

• Revenue

• Secure Military Facility– Individual Base, Camera, Vehicle Passes– Airfield/Restricted-Access Areas– Security Environment

a model-driven project7

Creative Collection &Development of data

& Military Readiness

Page 8: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Unique Characteristics (cont.)

• Deployment on Secure Facility– NAVFAC PWD Escorts– Confined Space

• Lift Stations, Pump Stations, Manholes• Sub-Contractor

– Safety: Traffic, Arc Flash Protection– Certified High Voltage Gloves

a model-driven project8

Page 9: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Unique Characteristics (cont.)

• Collection Detail (P1 Attribution)– Feature & Related Table

• MeteringInfo, DuctUnit, Switch_Transformer, Pump_Motor, Survey…

a model-driven project9

Page 10: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Process

a model-driven project10

Tools (Field)– Trimble GeoXH Units with Custom ArcPAD forms– Conventional Survey (for Elevation collection)– Rare-earth magnetic Manhole lifts– Digital Cameras

GPSCollection grids (network approach for Electric)Post-processingSignal limiting factors (Ships, Buildings, etc.) Accuracy (8-inch/20 cm)Survey related table

Page 11: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Tools (Office)– ESRI ArcGIS Desktop, Arc SDE, PLTS– Trimble GPS Analyst– Aerial Imagery (3-Inch)– Existing Source Data

• (plans, CAD, Details, Diagrams, etc.)– Photography & Video

• Feature Orientation• Attribution Detail• Worth a thousand words:

– Determine Utility –What’s under that Manhole lid?– Wastewater: Connectivity, Flow Direction,

Domestic vs. Ship’s Waste– Lift Station connections; valves, pumps, etc.

Process (continued)

a model-driven project11

Page 12: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Versioned ArcSDE

Process (continued)

a model-driven project12

Process Work-flow

Data Model Changes through NAVFAC

Data Revision

Page 13: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Results

a model-driven project13

Defined, Developed and Tested Utilities Data-Models suitable for SDSFIE 3.0 Implementation

Populated GIS database deployed in M&A at NITC (Maintenance & Analysis at NAVFAC Information Technology Center)

Established level of effort

Page 14: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

Results

a model-driven project14

Grant Raudenbush, PSM [email protected]

Page 15: Utilities GIS Development - Recent Proceedings...Utilities GIS Development - A Case Study: Comprehensive Data Capture and Geosdatabase Development for NAVFAC Utility Systems Author

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