ESRI Virtual Campus Courses


The Information Technology Services (ITS) site license contract with ESRI includes the Virtual Campus Subscription for the University of Hawaii (UH) System. This subscription provides all active UH faculty, staff, and students with free, unlimited-seat access to online courses authored by ESRI.

Virtual Campus courses teach a variety of topics related to geographic information systems (GIS) and provide hands-on training for the ESRI GIS software installed at UH through the ITS Site License Program. Instructors will find these courses an invaluable resource for themselves and for students. For a listing of available courses for UH, please see below. For more information about the courses, visit the ESRI course catalog.

Courses authored by third parties academic and industry specialists and courses that are instructor-led or instructor-mentored are not included but may be purchased separately by either individuals or the Institution.

Other free courses can be found at the ESRI Training site.

Fall 2015 Planning Guide to Web Courses is a document to aid educators implement ESRI web-based training courses for classes at UH.


How to Enroll in Virtual Campus Courses:

  1. Choose the course(s) that you are interested from the list below. (For the latest listing, visit: ESRI Virtual Campus Premium Licenses)
  2. Send an email to sladmin@hawaii.edu with the name of the course(s) you would like to register for. [Preferably from a @hawaii.edu account or provide your UH Username to show your affiliation with UH]
  3. A Course Access Code will be emailed to you for each class that you register for.
  4. After receiving the codes, visit the ESRI Virtual Campus site to create a membership, and start your course or workshop.

Courses included in ESRI Virtual Campus Premium Licenses

Listing below updated: 7/15/2016
For the most current list, visit: ESRI Premium License Course Listing
  • 3D Analysis of Surfaces and Features Using ArcGIS
  • 3D Visualization Techniques Using ArcGIS
  • 3D Visualization Using ArcGIS Pro
  • Address Geocoding with ArcGIS
  • Advanced Techniques for Cartographic Representations
  • Archiving Data in a Multiuser Geodatabase
  • Basics of Map Projections
  • Basics of Python (for ArcGIS 10)
  • Basics of Raster Data
  • Building Geoprocessing Models Using ArcGIS Pro
  • Building Models for GIS Analysis Using ArcGIS
  • Change Detection Using Imagery
  • Configuring and Administering an ArcGIS Online Organization
  • Controlling Data Translations Using Extract, Transform, and Load Processes
  • Creating 3D Data Using ArcGIS
  • Creating and Editing Metadata in ArcGIS
  • Creating and Sharing GIS Content Using ArcGIS Online
  • Creating and Sharing Map Packages in ArcGIS
  • Creating Dynamic Maps Using Esri Maps for Office
  • Creating Map Products
  • Creating Prediction Surfaces in ArcGIS
  • Creating Web Applications Using Templates and Web AppBuilder for ArcGIS
  • Data QC with ArcGIS: Automating Validation
  • Data QC with ArcGIS: Visual Review
  • Deriving Rasters for Terrain Analysis Using ArcGIS
  • Displaying Data in ArcGIS Pro
  • Displaying Raster Data Using ArcGIS
  • Distance Analysis Using ArcGIS
  • Distance Analysis Using ArcGIS Pro
  • Editing 3D Features Using ArcGIS Pro
  • Exploring Design Alternatives Using GeoPlanner for ArcGIS
  • Exploring Market Areas Using Business Analyst Online
  • Exploring Spatial Patterns in Your Data Using ArcGIS
  • Finding Geographic Data in ArcGIS
  • Finding the Optimal Location of Facilities Using ArcGIS Pro
  • Georeferencing Raster Data Using ArcGIS
  • Getting Started with Cartographic Representations
  • Getting Started with Geodatabase Topology
  • Getting Started with Hazus
  • Getting Started with Hazus-MH 2.0
  • Getting Started with Linear Referencing
  • Getting Started with the Geodatabase
  • Image Processing with ArcGIS
  • Increase Business Intelligence with Esri Maps for IBM Cognos
  • Integrating Data in ArcGIS Pro
  • Integrating User-Supplied Data into the Hazus Flood Model
  • Integrating User-Supplied Data into the Hazus-MH 2.0 Flood Model
  • Introduction to Editing Parcels Using ArcGIS Desktop 10
  • Introduction to Regression Analysis Using ArcGIS Pro
  • Introduction to Surface Modeling Using ArcGIS
  • Introduction to the ArcGIS for Server REST API
  • Introduction to the Hazus Comprehensive Data Management System
  • Introduction to the Hazus Earthquake Model
  • Introduction to the Hazus Flood Model
  • Introduction to the Hazus Hurricane Model
  • Introduction to the Hazus Inventory
  • Introduction to the Hazus Storm Surge Model
  • Introduction to the Hazus-MH 2.0 Comprehensive Data Management System
  • Introduction to the Hazus-MH 2.0 Earthquake Model
  • Introduction to the Hazus-MH 2.0 Flood Model
  • Introduction to the Hazus-MH 2.0 Hurricane Model
  • Introduction to the Hazus-MH 2.0 Inventory
  • Introduction to the Hazus-MH 2.0 Storm Surge Model
  • Labeling Features Using ArcGIS Pro
  • Learning ArcGIS Desktop (for ArcGIS 10.0)
  • Linear Referencing Using ArcGIS
  • Loss Estimation Using the Hazus Earthquake Model
  • Loss Estimation Using the Hazus Flood Model
  • Loss Estimation Using the Hazus Hurricane Model
  • Loss Estimation Using the Hazus-MH 2.0 Earthquake Model
  • Loss Estimation Using the Hazus-MH 2.0 Flood Model
  • Loss Estimation Using the Hazus-MH 2.0 Hurricane Model
  • Managing Lidar Data in ArcGIS 10
  • Managing Lidar Data Using LAS Datasets
  • Managing Lidar Data Using Mosaic Datasets
  • Managing Lidar Data Using Terrain Datasets
  • Managing Map Layers in ArcGIS Pro
  • Managing Parcel Data Using ArcGIS Desktop 10
  • Managing Raster Data Using ArcGIS
  • Map Design Fundamentals
  • Modeling a City Using Esri CityEngine
  • Network Analysis Using ArcGIS
  • Organizing Raster Data Using ArcGIS
  • Orthorectifying Satellite Imagery Using ArcGIS
  • Performing ArcGIS Online Administrator Tasks
  • Performing Spatial Interpolation Using ArcGIS
  • Planning a Cartography Project
  • Preparing Data for the 3D City Information Model
  • Preparing for Network Analysis
  • Preparing to Perform Analysis Using ArcGIS Pro
  • Processing Raster Data Using ArcGIS
  • Python Scripting for Geoprocessing Workflows
  • Python Scripting for Map Automation
  • Querying Data Using ArcGIS Pro
  • Referencing Data to Real-World Locations Using ArcGIS
  • Regression Analysis Using ArcGIS
  • Sharing Maps and Layers with ArcGIS Pro
  • Solving Spatial Problems Using ArcGIS
  • Teaching with GIS: Field Data Collection Using ArcGIS
  • Terrain Analysis Using ArcGIS Pro
  • The 15-Minute Map: Creating a Basic Map in ArcMap
  • Transforming Data Using Extract, Transform, and Load Processes
  • Understanding Hazus Earthquake Model Results
  • Understanding Hazus Flood Model Results
  • Understanding Hazus Hurricane Model Results
  • Understanding Hazus-MH 2.0 Earthquake Model Results
  • Understanding Hazus-MH 2.0 Flood Model Results
  • Understanding Hazus-MH 2.0 Hurricane Model Results
  • Using Lidar Data in ArcGIS 10
  • Using Raster Data for Site Selection
  • Working with Annotation in ArcGIS
  • Working with Coordinate Systems in ArcGIS
  • Working with Geodatabase Domains and Subtypes in ArcGIS

If you have any questions, please call (808) 956-2404 or email us at sladmin@hawaii.edu.