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100+ Free ArcGIS Utility Network Associate Practice Questions

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What is the purpose of a terminal configuration on a utility network device?

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to track
2026 Statistics

Key Facts: ArcGIS Utility Network Associate Exam

75

Exam Questions

Esri Exam Information Guide

1 hr 30 min

Exam Duration

Esri Exam Information Guide

4

Exam Sections

Esri Exam Information Guide

32%

Analyze Section Weight

Esri Exam Information Guide

EUNA

Certification Code

Esri Exam Information Guide

Pearson VUE

Exam Delivery

Esri Technical Certification

Esri's ArcGIS Utility Network Associate (EUNA) is a proctored, 75-question multiple-choice exam delivered in English through Pearson VUE in 1 hour and 30 minutes. Its blueprint spans four sections, Deploy 20%, Configure 23%, Edit 25%, and Analyze 32%, with Analyze (tracing, subnetwork management, and data quality control) carrying the largest weight. The exam aligns to ArcGIS Utility Network version 4 and later.

Sample ArcGIS Utility Network Associate Practice Questions

Try these sample questions to test your ArcGIS Utility Network Associate exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In the ArcGIS Utility Network information model, what is the fundamental unit that organizes related asset groups and asset types into a single industry context such as electric, gas, water, or sewer?
A.A domain network
B.A subnetwork
C.A network diagram
D.A terminal configuration
Explanation: A domain network represents a single utility commodity (for example electric distribution or water) and contains the device, line, junction, assembly, and structure feature classes for that domain. Each utility network can contain one or more domain networks plus the shared structure network.
2Which set of feature classes makes up the structure network in the ArcGIS Utility Network information model?
A.Devices, lines, and junctions
B.Structure junctions, structure lines, and structure points/assemblies that support domain features
C.Subnetwork lines and aggregated geometry
D.Structure junctions, structure lines, and structure boundaries
Explanation: The structure network holds the supporting infrastructure (poles, vaults, conduit, ducts, cabinets) modeled as structure junctions, structure lines, and structure boundaries/assemblies. Domain features attach to these via structural attachment associations rather than network connectivity.
3What is the role of asset groups and asset types in the utility network information model?
A.They are the only way to create subnetworks
B.They store the network topology dirty areas
C.They subtype and classify features within a feature class to drive rules, symbology, and behavior
D.They define the coordinate system of the network
Explanation: Asset group is the subtype field of a utility network feature class, and asset type is a related domain that further classifies features. Together they let you assign connectivity rules, attribute rules, edit templates, and symbology to specific kinds of assets.
4A tier in a domain network defines a level of the network hierarchy. Which statement about tiers is correct?
A.Tiers replace the need for terminal configurations
B.A domain network can contain only one tier
C.A tier can only exist in a partitioned tier definition
D.Tiers determine how subnetworks are defined and traced within a domain network
Explanation: Tiers organize the network into levels (for example transmission, distribution) and control how subnetworks are defined, named, and traced. Each tier specifies subnetwork controllers, valid devices, and trace configuration defaults.
5What is the difference between a hierarchical tier definition and a partitioned tier definition in a domain network?
A.Hierarchical tiers allow a feature to participate in multiple subnetworks across tiers; partitioned tiers allow a feature to belong to only one subnetwork within a single tier
B.Hierarchical tiers are only for water; partitioned tiers are only for electric
C.There is no functional difference; the terms are interchangeable
D.Partitioned tiers disable tracing entirely
Explanation: In a hierarchical tier definition (typical of electric), a feature can belong to subnetworks in multiple tiers simultaneously. In a partitioned tier definition (typical of gas/water/sewer), a feature can participate in only one subnetwork at a time within a tier.
6Which four association types are supported in the ArcGIS Utility Network?
A.Connectivity, containment, structural attachment, and junction-edge
B.Connectivity, containment, structural attachment, and (in supported releases) junction-junction/junction-edge connectivity associations
C.Topology, geometry, rule, and domain associations
D.Subnetwork, tier, terminal, and category associations
Explanation: The utility network supports connectivity associations (connect features without coincident geometry), containment associations (a feature contains other features, such as a vault containing devices), and structural attachment associations (a structure supports attached features). Junction-edge/junction-junction connectivity variants extend connectivity modeling.
7A water utility wants to model a meter inside a vault so that the vault and meter are managed together but are not geometrically coincident. Which association type should be used?
A.A terminal configuration
B.A connectivity association
C.A containment association
D.A structural attachment association
Explanation: A containment association models a parent feature that contains child features, such as a vault containing a meter or device. Containers can be visualized and managed together, and content can be hidden or shown without requiring coincident geometry.
8What is the purpose of a terminal configuration on a utility network device?
A.To set the symbology of the device
B.To create a subnetwork controller automatically
C.To validate the network topology
D.To define internal connectivity paths and directional flow through a device with multiple terminals, such as a transformer or switch
Explanation: A terminal configuration defines the terminals on a device and the valid paths between them, modeling how current or flow can move through a multi-terminal device such as a transformer, switch, or regulator. This controls directional connectivity inside the device.
9ArcGIS Solutions provides foundation deliverables to accelerate utility network deployment. What does the ArcGIS Utility Network Foundation solution primarily provide?
A.A preconfigured industry data model, schema, rules, and maps to jump-start a utility network deployment
B.Only a set of symbology files
C.A migration tool that automatically converts a geometric network
D.A finished production database with all customer data preloaded
Explanation: The Utility Network Foundation solutions (for water, electric, gas, etc.) deliver a preconfigured asset package containing the domain network schema, asset groups/types, domains, attribute rules, and maps. Teams deploy the foundation and then customize it to their organization rather than building from scratch.
10An asset package is used during utility network deployment. What is an asset package?
A.A network diagram template stored in Portal
B.A file geodatabase containing the schema and supporting tables used to define and stage a utility network before it is built into an enterprise geodatabase
C.A compressed export of all published web services
D.A licensing file for ArcGIS Pro
Explanation: An asset package is a file geodatabase that stores the configuration definition of a utility network, including feature classes, domains, rules, and tables. The Stage Utility Network and Apply Asset Package tools use it to create or update the utility network schema in an enterprise geodatabase.

About the ArcGIS Utility Network Associate Exam

The Esri ArcGIS Utility Network Associate exam (certification code EUNA) validates a candidate's experience applying ArcGIS Utility Network concepts and processes to real workflows. It covers the utility network information model, deploying Foundation solutions, configuring data management and rules, editing features and network topology, and analyzing the network through tracing, data quality control, and subnetwork management. The qualified candidate has two to four years of applied Utility Network experience.

Assessment

75 multiple-choice questions delivered in a single proctored session through Pearson VUE

Time Limit

1 hour, 30 minutes

Passing Score

Esri does not publish a fixed passing score; results are reported as pass or fail.

Exam Fee

Not published as a fixed amount on the Esri public exam catalog; confirm pricing through Esri and Pearson VUE. (Esri (delivered through Pearson VUE))

ArcGIS Utility Network Associate Exam Content Outline

20%

Deploy

Describe the utility network information model, including domain networks, structure network, asset groups and types, tiers, associations, and terminals, and deploy ArcGIS Utility Network Foundation solutions and asset packages.

23%

Configure

Identify data management concepts the utility network leverages, including domains, subtypes, connectivity and association rules, attribute rules, network attributes, and categories, and configure a utility network and its branch-versioned enterprise geodatabase for a scenario.

25%

Edit

Describe editing components such as edit templates and associations, describe network diagram commands and rules, and perform network topology edits with validation in a services-based, branch-versioned architecture.

32%

Analyze

Manage network topology, configure and perform tracing (connected, upstream, downstream, isolation, loops, shortest path) with barriers and propagation, perform data quality control analysis, and complete subnetwork management tasks such as Update Subnetwork.

How to Pass the ArcGIS Utility Network Associate Exam

What You Need to Know

  • Passing score: Esri does not publish a fixed passing score; results are reported as pass or fail.
  • Assessment: 75 multiple-choice questions delivered in a single proctored session through Pearson VUE
  • Time limit: 1 hour, 30 minutes
  • Exam fee: Not published as a fixed amount on the Esri public exam catalog; confirm pricing through Esri and Pearson VUE.

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

ArcGIS Utility Network Associate Study Tips from Top Performers

1Use the four EUNA sections (Deploy, Configure, Edit, Analyze) as your study checklist and weight your time toward Analyze at 32 percent.
2Be able to distinguish the four association types: connectivity, containment, structural attachment, and connectivity associations without coincident geometry.
3Practice tracing logic: connected, upstream, downstream, isolation, loops, and shortest path, plus barriers, traversability, and attribute propagation.
4Understand subnetwork management end to end: subnetwork controllers, tiers, Update Subnetwork, the Subnetworks table, and SubnetLine geometry.
5Know the services-based architecture: enterprise geodatabase, branch versioning, the feature service, and Validate Network Topology with dirty areas.

Frequently Asked Questions

How many questions are on the ArcGIS Utility Network Associate exam?

Esri's Exam Information Guide lists 75 multiple-choice questions. The exam is delivered in English through Pearson VUE under the certification code EUNA.

How long is the EUNA exam?

The exam duration is 1 hour and 30 minutes. It is a single proctored multiple-choice session and is available in both in-person and online proctored formats.

What passing score is required?

Esri does not publish a fixed numeric passing score for the Utility Network Associate exam on its public catalog. Results are reported as pass or fail after the session.

What experience does Esri recommend before taking the exam?

Esri recommends two to four years of experience with the ArcGIS Utility Network, industry-specific asset management experience, familiarity with services-based architecture, and a strong understanding of the core utility network information model.

Which ArcGIS versions does the exam align to?

The exam aligns to ArcGIS Utility Network version 4 and later, with a baseline of ArcGIS Enterprise 10.8.1 and ArcGIS Pro 2.6, per Esri's Exam Information Guide.

What is the biggest content area?

Analyze is the largest section at 32 percent, covering tracing, network topology management, data quality control, and subnetwork management. Edit follows at 25 percent.