Higher Ed Guide to Esri E-Learningfor Modern GIS
Overview
This guide is for educators who want to use authoritative Esri web-based learning resources as part of college oruniversity courses. Listed items are available as of June 10, 2024, through Esri Academy. This guide is expected
to be updated annually. The information provided in this guide is subject to change without notice. New listings
are shown in orange.
All items listed are web courses unless otherwise noted. Full descriptions can be found at the links provided.
The complete Esri Academy catalog can be found at esri.com/training/catalog. Please email
GIStraining@esri.com or call (800) 447-9778, ext. 5757 with questions about courses.
You and your students may be eligible for unlimited access to the entire collection of self-paced
e-Learning (web courses, training seminars, and more) if your institution has a qualifying product with a current
maintenance subscription. To determine if this applies to you, contact your Esri software license administrator,
check online, or email educationinfo@esri.com.
A learning plan is a set of learning content with a suggested order. You can create your own plan or copy andedit one you find. You can assign your plan to students or colleagues and track their progress. See the Esri
Academy Help page (Category: Learning Plans) for more information.

Topics in this guide
Click on a topic below to jump to that section within this guide.

ArcGIS Online foundation ..................................................................................................................................2
ArcGIS Pro foundation ........................................................................................................................................2
Spatial Analysis ....................................................................................................................................................4
Storytelling ...........................................................................................................................................................5
Dashboards .........................................................................................................................................................6
Field data capture ...............................................................................................................................................6
Scripting and development ...............................................................................................................................6
Imagery and Remote Sensing ............................................................................................................................8
Community engagement ...................................................................................................................................8
Notes ....................................................................................................................................................................8

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Higher Ed Guide to Esri E-Learning for Modern GIS

ArcGIS Online foundation
The following resources help students new to GIS learn foundational concepts and begin building skills using
ArcGIS Online.

Getting started••

ArcGIS Online Basics: Presents basic ArcGIS Online terms and capabilities. (1 hr., 50 mins.)
Getting Information from a GIS Map: Explains that GIS links geometric map features with tables ofnumbers and facts to reveal the hidden meaning in data. (1 hr., 45 mins.)

Mapping and visualization••••

Smart Mapping: Get Started: Explains how to create effective, impactful maps quickly. (Story Map.)
Smart Mapping Styles in the New Map Viewer: Provides a collection of stories that show how to use thevarious map styles quickly and with confidence. (Story Map.)
Building an App in ArcGIS Online to Expand Food Access: Uses ArcGIS Online to style and customize a
web map that shows farmers market locations in relation to food stores, as well as the poverty status andracial and ethnic composition of the community. (ArcGIS lab, 3 hrs., 45 mins.)
Creating an Underground Scene in ArcGIS Online: Builds navigation and 3D visualization skills using
Scene Viewer to explore a 2011 earthquake in New Zealand. (ArcGIS lab, 1 hr., 40 mins.)

Data management•••

Location-Enabling Data: Introduces the concept of geocoding. Describes three ways to find locations on amap: x, y coordinates, addresses, and place names. (1 hr., 15 mins.)
Displaying Coordinate Data on a Map: Explores how to transform coordinates into locations on a map. (35mins.)Creating and Sharing GIS Content Using ArcGIS Online: Teaches how to publish data and map layers to
ArcGIS Online as services for web map and web app creation. (2 hrs., 20 mins.)
Related Learning Plans• Fundamentals of Mapping and Visualization• Make and Share Web Maps with ArcGIS Online

ArcGIS Pro foundation
The following resources introduce new users to GIS and ArcGIS Pro. Courses with workflows that combine
ArcGIS Pro and ArcGIS Online are included in this section.

Getting started•••

GIS Basics: Presents fundamental components and capabilities of GIS and how ArcGIS can helporganizations address business needs. Uses ArcGIS Pro and ArcGIS Online. (2 hrs., 35 mins.)
ArcGIS Pro Basics: Introduces the capabilities of ArcGIS Pro. (50 mins.)
ArcGIS Pro Terminology Guide: A short guide of essential terminology and functionality of ArcGIS Pro.
Recommended for all students of ArcGIS Pro. (PDF download.)

Mapping and cartography•••

Getting Started with Mapping and Visualization: Explores the 2D and 3D information products that you
can create with ArcGIS Pro. (1 hr., 15 mins.)
Symbolizing Map Layers: Teaches basic principles of map symbology. (1 hr., 45 mins.)
Displaying Coordinate Data on a Map: Explores how to transform coordinates into locations on a map. (35mins.)

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Higher Ed Guide to Esri E-Learning for Modern GIS
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Map Layer Basics: Teaches how to manage layers within a map and adjust map layer display properties. (1hr., 55 mins.)
Querying Data Using ArcGIS Pro: Teaches the building blocks of query expression and how to selectfeatures that meet one or more attribute criteria. (30 mins.)
Mapping Racial Disparities in Breast Cancer Mortality Rates Using ArcGIS Pro: Uses GIS maps and tabular
data to visualize, calculate, and analyze statistical data. (ArcGIS lab, 2 hrs., 40 mins.)
Labeling Map Features: Teaches how to add and customize labels, as well as label placement concepts. (1hr., 35 mins.)
Creating a Map Layout: Presents map layout guidelines for static and web map design and shows how toapply various map layout elements. (1 hr., 15 mins.)
Creating a Web Map in ArcGIS Pro: Teaches how to create a dynamic, multiscale map using ArcGIS Pro,and then publish it to ArcGIS Online. (3 hrs., 5 mins.)
Creating a Map Series in ArcGIS Pro: Explores how to create two types of multi-page map series: spatial
map series and bookmark map series. (2 hrs.)
Creating and Sharing Animation in ArcGIS Pro: Explores how to animate and produce ready-to sharevideos of your work. (1 hr., 30 mins.)

Data management
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Introduction to Spatial Data: Presents vector and raster spatial data models. (1 hr., 30 mins.)
Getting Started with Data Management: Explores how GIS data is structured, stored, and accessed. (1 hr.,
25 mins.)
Location-Enabling Data: Introduces the concept of geocoding. Describes three ways to find locations on amap: x, y coordinates, addresses, and place names. (1 hr., 15 mins.)
Displaying Coordinate Data on a Map: Explores how to transform coordinates into locations on a map. (35mins.)
Mapping Addresses and Places: Explores how to transform addresses to locations on a map, and thenanswer spatial questions. (2 hrs.)
Introduction to Coordinate Systems: Teaches why coordinate systems are important. Covers geographic
and projected coordinate systems. (2 hrs. 25 mins.)
Acquire Data for a GIS Project: Teaches how to evaluate whether a given data set matches your dataneeds. Provides sources of data and maps for starting a GIS project. (3 hrs., 5 mins.)
Getting Started with the Geodatabase: Introduces geodatabase components and presents techniques fororganizing vector and raster data in a geodatabase. (3 hrs., 30 mins.)
Integrating Data in ArcGIS Pro: Teaches GIS data concepts and how to add data to a geodatabase. (1 hr.,
15 mins.)
Introduction to Data Engineering: Explains ArcGIS Pro tools and techniques for exploring data quality andpreparing data for use in analysis. (2 hrs., 30 mins.)
Editing Basics in ArcGIS Pro: Explores how to create and modify features and attributes. (2 hrs.)
Creating 3D Features Using Editing Workflows: Teaches how to create 3D features using editing tools andmanage 3D data for visualization and analysis. (2 hrs., 10 mins.)
Maintaining Spatial Data Integrity Using ArcGIS Pro: Teaches the principles of spatial data integrity andfeatures crucial for efficient spatial data management and quality assurance. (3 hrs.)
Maintaining Attribute Data Integrity Using ArcGIS Pro: Explains attribute integrity options and how to
implement, configure, and apply attribute integrity workflows. (3 hrs., 5 mins.)
Related Learning Plans• ArcGIS Fundamentals• ArcGIS Pro Fundamentals• Data Editing Essentials• Fundamentals of Data Management• Fundamentals of Mapping and Visualization• GIS Fundamentals

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Higher Ed Guide to Esri E-Learning for Modern GIS••

Location-Enabling Your Data
3D Content Essentials

Spatial Analysis
The following resources introduce ArcGIS analysis concepts and techniques. Courses that can be completedwith ArcGIS Online are noted as such; otherwise, ArcGIS Pro is required. (Some workflows use ArcGIS Pro and
ArcGIS Online.)

Getting started
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Getting Started with Spatial Analysis: Introduces the six categories of spatial analysis that can help you
answer geographic questions. (Can be completed with ArcGIS Online or ArcGIS Pro.) (1 hr., 10 mins.)
Getting Started with Geoprocessing: Presents key concepts and geoprocessing techniques used foranalysis, including setting the geoprocessing environment. (1 hr., 30 mins.)
Calculating Disparities in Pollution Exposure Using ArcGIS: Uses ArcGIS Pro to map and analyze toxic
exposure risk to population subgroups and create a dashboard to share results. (ArcGIS lab, 3 hrs., 20
mins.)
Going Places with Spatial Analysis: Explores why location matters in a wide range of business and policy
decisions and offers hands-on experience with authentic spatial analysis workflows. (MOOC, 6 weeks;
January 29 – March 12, 2025.)
GIS for Climate Action: Explores how GIS is being used to understand and prepare for a future that
requires more resilient communities, systems, and infrastructure. Uses ArcGIS to explore climate change
indicators, risks, impacts, and dashboards. (MOOC, 6 weeks; February 19 – April 2, 2025.)
Analysis in ArcGIS Online: Discusses the latest ArcGIS Online analysis capabilities. Introduces enhanced
analysis experience in Map Viewer. (Training seminar, 1 hr.)Spatial relationships and pattern detection
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Understanding Spatial Relationships: Introduces basic methods for describing and analyzing relationships
between features. (50 mins.)
Summarizing Data by Spatial Relationships: Teaches about various summarization methods and using
them to answer spatial questions. (55 mins.)
Working with Charts and Reports in ArcGIS Pro: Teaches how to prepare data from a deep-sea coral
database for analysis, answer questions about the data, and create a report that conveys some of thefindings. (ArcGIS lab, 4 hrs.)
Introduction to Proximity Analysis: Teaches proximity analysis uses and methods. (50 mins.)
Introduction to Overlay Analysis: Teaches overlay analysis methods. Shows how to use vector overlays toapportion and assign variables from one feature to another. (1 hr., 15 mins.)
Mapping Clusters: Introduction to Statistical Cluster Analysis: Explores skills and concepts to begin cluster
analysis. Uses Hot Spot and Cluster and Outlier analysis tools. (50 mins.)
Suitability Modeling: Introduction: Teaches how to define a problem in terms of an analysis goal andsuitability criteria, plus how to prepare data for a suitability model. (2 hrs., 40 mins.)
Introduction to Space-Time Analysis: Describes space-time analysis and its capabilities. (25 mins.)
Terrain Analysis Using ArcGIS Pro: Uses ArcGIS Spatial Analyst tools to derive new raster data from anelevation raster for various applications. (2 hrs., 45 mins.)

Predictive analytics••

Interpolating Points Using ArcGIS Online: Explains how to use measured values at known sample locations
to predict values at new locations. (1 hr., 5 mins.)
Geostatistical Interpolation: Introduction: Explains key geostatistical interpolation concepts. Shows how to
use ArcGIS Pro to evaluate associated data assumptions. (1 hr., 40 mins.)

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Higher Ed Guide to Esri E-Learning for Modern GIS•••

Calculating Density Using ArcGIS: Teaches how to create density surfaces to reveal concentrations ofpoint or line features. Uses a business scenario. (1 hr., 30 mins.)
Spatial Data Science: The New Frontier in Analytics: Explores the application of spatial data science touncover hidden patterns and improve predictive modeling. Uses ArcGIS Pro, ArcGIS Online, ArcGIS
Notebooks, and more. (MOOC, 6 weeks; August 28 – October 9, 2024.)
Introduction to Regression Analysis: Introduces regression analysis concepts and provides an overview ofcommon regression techniques that can be performed in ArcGIS Pro. (1 hr., 15 mins.)

3D visualization and analytics••

Introduction to 3D Data: Explores the types of data used to model the real world using 3D scenes,
including functional surfaces and 3D feature types. (2 hrs.)
Authoring 3D Scenes: Teaches how to plan a 3D scene, the types of data that can be used in a scene, andhow to create a scene. Uses ArcGIS Pro and ArcGIS Online. (2 hrs.)

Tools and techniques••

Automating Workflows Using ArcGIS Pro Tasks: Teaches how to create and share ArcGIS Pro tasks toincrease productivity. (4 hrs.)
Building Geoprocessing Models Using ArcGIS Pro: Introduces the steps to create, validate, and run
geoprocessing models that automate ArcGIS analysis workflows. (2 hrs., 30 mins.)

Additional spatial analysis courses can be found in the following learning plans and in the Higher Ed Guide toEsri E-Learning for Spatial Data Science.
Related Learning Plans• Exploring Spatial Relationships• Spatial Analysis and Data Science Fundamentals• Identifying Clusters Using ArcGIS• Interpolating Surfaces Using ArcGIS• Regression Analysis Essentials• Finding the Best Place (suitability analysis)• Finding the Best Paths (network analysis)• Distance Analysis Essentials• 3D Visualization Essentials• 3D Analysis Essentials• Get Started with Visibility Analysis

Storytelling
The following resources introduce creating and sharing stories using ArcGIS StoryMaps.
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Telling Stories with GIS Maps: Teaches how traditional elements of story can incorporate GIS maps tocreate an interactive story on the web. (1 hr., 25 mins.)
Discover the Possibilities with ArcGIS StoryMaps: Collects all the instructional content produced by Esri’s
StoryMaps team, including new user guides and in-depth tutorials. (Story Map.)
Related Learning Plan
• ArcGIS StoryMaps Fundamentals

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Higher Ed Guide to Esri E-Learning for Modern GIS

Dashboards••

Using Arcade Expressions in ArcGIS Dashboards: Explains how to use Arcade expressions to create
visualizations and access derived data sources to improve a dashboard. (1 hr., 45 mins.)
Calculating Disparities in Pollution Exposure Using ArcGIS: Uses ArcGIS Pro to map and analyze toxic
exposure risk to population subgroups and create a dashboard to share results. (ArcGIS lab, 3 hrs., 20
mins.)
Related Learning Plan
• ArcGIS Dashboards Fundamentals

Field data capture
The following resources introduce applications used to plan and execute field data capture using survey-centricor map-centric mobile apps.

ArcGIS Survey123••••

ArcGIS Survey123 Basics: Introduces the ArcGIS Survey123 components and workflow. Explains how tocreate surveys, get answers, and view results. (1 hr., 15 mins.)
ArcGIS Survey123: Creating and Publishing Surveys: Teaches how to create, publish, and share survey
forms through the Survey123 website. (1 hr., 20 mins.)
ArcGIS Survey123: Using ArcGIS Survey123 Connect: Teaches how to create highly customized surveys
with XLSForms to improve the quality and usefulness of your surveys. (2 hrs., 20 mins.)
Get Started with Survey123 Connect: Introduces Survey123 Connect, a component of ArcGIS Survey123
used to create survey forms that support dynamic content, advanced calculations, automated selections,and customized visual elements. (Training seminar, 1 hr.)

ArcGIS QuickCapture•

Collecting and Visualizing Data with ArcGIS QuickCapture: Teaches how to design an app to collect dataon people’s emotional reactions to places and infrastructure in a city. (ArcGIS lab, 2 hrs., 30 mins.)

ArcGIS Field Maps•

Get Started with Field Maps Designer: Explores capabilities and best practices to create forms that mobile
workers can use to quickly and easily capture accurate data. Shows complete workflow from map
preparation to data collection. (Training seminar, 1 hr.)Related Learning Plan
• Create Smart Surveys and Forms Using ArcGIS Survey123

Scripting and development
The following resources cover scripting techniques that can be used with ArcGIS, such as Arcade and Python,and development tools, such as app builders and ArcGIS Notebooks.

Arcade•••Introduction to ArcGIS Arcade: Teaches common ArcGIS Online workflows using Arcade expressions:formatting labels, customizing pop-up windows, and visualizing features. (2 hrs., 25 mins.)
Using Arcade Expressions in ArcGIS Dashboards: Explains how to use Arcade expressions to create
visualizations and access derived data sources to improve a dashboard. (1 hr., 45 mins.)
ArcGIS Arcade Essentials: Explains fundamental concepts of the Arcade expression language and how it isused to configure custom content across the ArcGIS system. (Training seminar, 1 hr.)

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Higher Ed Guide to Esri E-Learning for Modern GIS
Apps and app builders••

Make an Impact with Modern Geo Apps: Explores four popular ArcGIS apps (ArcGIS Experience Builder,
ArcGIS Dashboards, ArcGIS Instant Apps, and ArcGIS StoryMaps) that builds skills to design and sharethese apps featuring dynamic GIS capabilities and content. (MOOC, 4 weeks; September 25 – October23, 2024, and April 9 – May 7, 2025.)
Introducing ArcGIS Experience Builder: Introduces the types of apps that you can create with ArcGIS
Experience Builder and the options to make data interactive and dynamic. (Training seminar, 1 hr.)

JavaScript•

Basics of JavaScript Web Apps: Explores how to make basic web apps using HTML, CSS, and JavaScript.
Shows how to build an app using the ArcGIS API for JavaScript. (1 hr., 15 mins.)

Python
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Python for Everyone: Introduces basic Python concepts and the Python scripting environment in ArcGIS.
(Course is available for ArcGIS Online or ArcGIS Pro.) (3 hrs., 30 mins.)
Introduction to ArcGIS API for Python: Presents the organization of modules and objects that provide thespatial capabilities in ArcGIS API for Python. (35 mins.)
Python Scripting: Modifying Layer Properties: Focuses on writing code using arcpy.mp to reference layer
properties for viewing or modification. (1 hr., 50 mins.)
Python Scripting: Repairing Data Sources: Shows how to use the ArcPy mapping module to automate theprocess of finding and repairing broken data sources in ArcGIS Pro. (1 hr., 50 mins.)
Python Scripting: Modifying Page Layouts: Focuses on writing code using arcpy.mp to modify layout
elements and export page layouts. (2 hrs., 20 mins.)
Python Scripting: Modifying Map Series: Teaches using an ArcGIS notebook and python code to update
and export an existing map series, and to manage a map series PDF. (2 hrs., 50 mins.)
Performing Analysis Using ArcGIS API for Python: Introduces the analysis capabilities available in the API
and demonstrates the process to integrate them into apps. (1 hr., 25 mins.)
Visualizing Data Using ArcGIS API for Python: Explores key visualization methods and customization
options for creating maps and charts with the API. (3 hrs. 10 mins.)
Creating Python Scripts for Raster Analysis: Discusses creating a raster object, accessing its properties,
and using them in your Python scripting. (1 hr.)Python Tips and Tricks for ArcGIS: Provides Python tips and shortcuts as presenters go through thedecision process to choose an effective scripting approach, as well as build and debug scripts. (Training
seminar: Live on June 13, 2024. One-hour recording available thereafter.)

ArcGIS Notebooks••

ArcGIS Notebooks Basics: Introduces ArcGIS Notebooks interface and functionality for creating Python
Notebooks that perform spatial data analysis tasks. (1 hr.)
Data Science Workflows Using ArcGIS Notebooks: Introduces the process for performing dataengineering tasks using ArcGIS Notebooks in ArcGIS Pro. (2 hrs.)
Related Learning Plans• ArcGIS API for Python Fundamentals• ArcGIS Arcade Fundamentals• ArcGIS Notebooks Fundamentals• ArcPy Essentials• Building Web Solutions with ArcGIS Experience Builder

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Higher Ed Guide to Esri E-Learning for Modern GIS

Imagery and Remote Sensing
The following resources cover key skills for working with imagery and rasters in ArcGIS. More courses are listed
in the Higher Ed Guide to Esri E-Learning for Imagery and Remote Sensing.
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Getting Started with Imagery and Remote Sensing: Provides a high-level overview of remote sensing andimagery concepts. Explores a wide range of imagery applications to prepare students for imagery
analysis. (3 hrs., 20 mins.)
Displaying Raster Data in ArcGIS: Teaches techniques for displaying, symbolizing, and enhancing theappearance of rasters in ArcGIS Pro. (3 hrs., 15 mins.)
Introduction to Image Classification: Introduces options for creating thematic classified rasters in ArcGIS.
(1 hr., 15 mins.)
Deep Learning Using ArcGIS Image for ArcGIS Online: Teaches how to use pretrained deep learningmodels from ArcGIS Living Atlas of the World to solve everyday problems. (1 hr., 45 mins.)
Change Detection Using Imagery: Explores improving the appearance of imagery, NDVI and NBR analysis,
and digitizing features to quantify areas of change. (2 hrs., 30 mins.)
Managing Raster Data Using ArcGIS: Teaches how to organize raster data within a mosaic dataset in
preparation for visualization and analysis. (2 hrs.)
Processing Raster Data Using ArcGIS Pro: Teaches how to process raster data and extract information
products on-the-fly using raster functions and raster function chains in ArcGIS Pro. (2 hrs.)
Analyze Imagery with Raster Functions Using ArcGIS Image for ArcGIS Online: Uses ArcGIS Image for
ArcGIS Online to analyze imagery layers using raster functions. (ArcGIS lab, 40 mins.)
Related Learning Plans• Image Classification Using ArcGIS• Imagery and Remote Sensing Fundamentals

Community engagement
The following resources present a modern ArcGIS approach to address a topic of interest.
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Applying the Racial Equity Workflow Using ArcGIS: Presents a framework to analyze inequities andprovide change while engaging the community. Uses ArcGIS Pro, ArcGIS Online, and ArcGIS Dashboards.
(3 hrs., 45 mins.)
Measuring and Visualizing Digital Exclusion Using ArcGIS Pro: Teaches how to analyze internet accessdata in the U.S. and visualize exclusion patterns across race and ethnic groups. (ArcGIS lab, 1 hr., 5 mins.)
Create a Web App to Share Digital Exclusion Data: Teaches how to build a web app to share data about
internet access in the U.S. to help others understand digital exclusion. (ArcGIS lab, 55 mins.)

Notes
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You can view lists of new training, training pending retirement, and retired training on the New andRetired Training Options page. You will receive a message when retirements are announced. (Click toview alerts
while signed into Training.)•

If you plan to assign a MOOC to a group of students or to an entire class, please review the following
resources:• For students: Get Ready for an Excellent MOOC Experience• For instructors: Assigning an Esri MOOC to Students•

To request a transfer of training history from an institutional account to another account, students should
contact Esri Customer Service at service@esri.com or (888) 377-4575.

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