ESRI Virtual Campus

The ESRI Virtual Campus is a set of online, self-paced tutorials and lessons designed to help users learn ESRI GIS software for a variety of applications. Through UIT’s ESRI site license, the Tufts community can enroll in a number of free Virtual Campus courses. To enroll in a course, select up to three courses below and email them to gis-support@elist.tufts.edu. Please include your full name, department, and status (faculty, staff, student). For course descriptions please see ESRI Training and Education – then click on Premium License Courses.

Recommended Courses:

Virtual Campus Courses Free to the Tufts Community:

3D Analysis of Surfaces and Features Using ArcGIS 3 hours
3D Visualization Techniques Using ArcGIS 3 hours
3D Visualization Using ArcGIS Pro 2 hours
Address Geocoding with ArcGIS 3 hours
Advanced Techniques for Cartographic Representations 3 hours
Archiving Data in a Multiuser Geodatabase 2 hours
Basics of Map Projections 3 hours
Basics of Python (for ArcGIS 10) 3 hours
Basics of Raster Data 3 hours
Building Geoprocessing Models Using ArcGIS Pro 3 hours
Building Models for GIS Analysis Using ArcGIS 3 hours
Configuring and Administering an ArcGIS Online Organization 2 hours
Controlling Data Translations Using Extract, Transform, and Load Processes 3 hours
Creating 3D Data Using ArcGIS 3 hours
Creating and Editing Metadata in ArcGIS 3 hours
Creating and Sharing GIS Content Using ArcGIS Online 3 hours
Creating and Sharing Map Packages in ArcGIS 4 hours
Creating Dynamic Maps Using Esri Maps for Office 2 hours
Creating Prediction Surfaces in ArcGIS 3 hours
Creating Web Applications Using Templates and Web AppBuilder for ArcGIS 3 hours
Data QC with ArcGIS: Automating Validation 2 hours
Data QC with ArcGIS: Visual Review 3 hours
Deriving Rasters for Terrain Analysis Using ArcGIS 3 hours
Displaying Raster Data Using ArcGIS 3 hours
Distance Analysis Using ArcGIS 3 hours
Distance Analysis Using ArcGIS Pro 3 hours
Exploring Design Alternatives Using GeoPlanner for ArcGIS 3 hours
Exploring Market Areas Using Business Analyst Online 3 hours
Exploring Spatial Patterns in Your Data Using ArcGIS 3 hours
Finding Geographic Data in ArcGIS 3 hours
Georeferencing Raster Data Using ArcGIS 3 hours
Georeferencing Rasters in ArcGIS 3 hours
Getting Started with Cartographic Representations 3 hours
Getting Started with Geodatabase Topology 3 hours
Getting Started with Hazus-MH 2.0 3 hours
Getting Started with Linear Referencing 3 hours
Getting Started with the Geodatabase 3 hours
Image Processing with ArcGIS 3 hours
Increase Business Intelligence with Esri Maps for IBM Cognos 3 hours
Integrating User-Supplied Data into the Hazus-MH 2.0 Flood Model 3 hours
Introduction to Editing Parcels Using ArcGIS Desktop 10 3 hours
Introduction to Regression Analysis Using ArcGIS Pro 3 hours
Introduction to Surface Modeling Using ArcGIS 3 hours
Introduction to the ArcGIS for Server REST API 3 hours
Introduction to the Hazus-MH 2.0 Comprehensive Data Management System 3 hours
Introduction to the Hazus-MH 2.0 Earthquake Model 3 hours
Introduction to the Hazus-MH 2.0 Flood Model 3 hours
Introduction to the Hazus-MH 2.0 Hurricane Model 3 hours
Introduction to the Hazus-MH 2.0 Inventory 3 hours
Introduction to the Hazus-MH 2.0 Storm Surge Model 3 hours
Learning ArcGIS Desktop (for ArcGIS 10.0) 24 hours
Linear Referencing Using ArcGIS 3 hours
Loss Estimation Using the Hazus-MH 2.0 Earthquake Model 3 hours
Loss Estimation Using the Hazus-MH 2.0 Flood Model 3 hours
Loss Estimation Using the Hazus-MH 2.0 Hurricane Model 3 hours
Managing Lidar Data in ArcGIS 10 3 hours
Managing Lidar Data Using LAS Datasets 2 hours
Managing Lidar Data Using Mosaic Datasets 3 hours
Managing Lidar Data Using Terrain Datasets 3 hours
Managing Parcel Data Using ArcGIS Desktop 10 3 hours
Modeling a City Using Esri CityEngine 3 hours
Network Analysis Using ArcGIS 3 hours
Organizing Raster Data Using ArcGIS 3 hours
Performing ArcGIS Online Administrator Tasks 3 hours
Performing Spatial Interpolation Using ArcGIS 3 hours
Preparing Data for the 3D City Information Model 3 hours
Processing Raster Data Using ArcGIS 3 hours
Python Scripting for Geoprocessing Workflows 3 hours
Python Scripting for Map Automation 3 hours
Referencing Data to Real-World Locations Using ArcGIS 3 hours
Regression Analysis Using ArcGIS 3 hours
Sharing Maps and Layers with ArcGIS Pro 3 hours
Solving Spatial Problems Using ArcGIS 2 hours
Teaching with GIS: Field Data Collection Using ArcGIS 3 hours
Terrain Analysis Using ArcGIS Pro 3 hours
The 15-Minute Map: Creating a Basic Map in ArcMap 3 hours
Transforming Data Using Extract, Transform, and Load Processes 3 hours
Understanding Hazus-MH 2.0 Earthquake Model Results 3 hours
Understanding Hazus-MH 2.0 Flood Model Results 3 hours
Understanding Hazus-MH 2.0 Hurricane Model Results 3 hours
Using Lidar Data in ArcGIS 10 3 hours
Using Raster Data for Site Selection 3 hours
Working with Annotation in ArcGIS 3 hours
Working with Coordinate Systems in ArcGIS 3 hours
Working with Geodatabase Domains and Subtypes in ArcGIS 3 hours

More Information