Working with Geometric Networks for Utilities

Strictly by pre-registration only

What is this course about?

Utility companies’ users can learn how to inspect the logical consistency of a network and verifying connectivity between two points.

Water utilities’ users can determine which valves to shut off when a pipe burst.

Environmental monitoring stations can hone in on a source of pollution in streams.

Electric companies’ users can check which part of the network is disconnected and use that information to figure out how to reconnect it or how to discover an electrical short circuit.

Electric utility companies can use the phone calls of customers experiencing an outage to locate suspect transformers or downed lines.

Course details


960.00 SGD




2 days




Visualisation, Editing and Analysis Course

What skills will I learn?

After completing this course, you will be able to:

  • Calculate the shortest path between two points.
  • Find all connected or disconnected network elements.
  • Find loops or circuits in the network.
  • Determine flow direction of edges when sources or sinks are set.
  • Trace network elements upstream or downstream from a point.
  • Calculate the shortest path upstream from one point to another.
  • Find all network elements upstream from many points and determine which elements are common to them all.

What can I expect?

  • Course topics

    Geometric networks overview

    • What is a network?
    • What is a geometric network?
    • Storage of the geometric network
    • Geometric network features
    • Features and storage    
    • Coincidence connectivity
    • Junctions
    • Edges: Simple and Complex
    • Connectivity Rules
    • Network weights
    • Geometric network Analysis

    Building a geometric network

    • Design considerations 
    • Schema decisions 
    • Methodologies 
    • Build on existing features
    • Build on an empty network
    • Building from a data model 
    • Geometric network workflow
    • Connectivity with snapping
    • Determine edges
    • Sources and sinks
    • Network weights and types

    Defining rules and behavior

    • Data models
    • Geometric networks
    • Subtypes 
    • Connectivity rules 
    • Edge-edge rule
    • Edge-edge connectivity matrix
    • Edge-junction rule
    • Edge-junction connectivity matrix
    • Defining rules
    • Creating subtypes
    • Completing the network
    • Validating the network

    Network analysis

    • Utility Network analysis workflow
    • Utility Network Analyst toolbar 
    • Trace tasks 
    • Network flow 
    • Types of network flow
    • Performing a trace
    • Network solving options
    • Ways to optimize a trace:
      • Use a weight filter
      • Trace on selected features
      • Use temporary barriers
      • Disable features

    Editing a geometric network

    • Managing network schema
    • Adding a feature class to a network
    • Changing connectivity rules 
    • Network connectivity 
    • Editing edges
    • Editing junctions
    • Junction subsumption
    • Editing attributes
    • Additional network editing functionality

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