Workshop Descriptions
Introduction to ArcGIS Pro: This
course introduces basic concepts in geographic information systems (GIS) and
demonstrates their implementation in ArcGIS Pro.
Topics Covered Include:
- Navigating the ArcGIS Pro Interface
- Working with spatial data
- Introducing geodatabases
- Mapping spatial data
- Determining coordinated systems and projections
- Using attribute tables and making queries
- Creating spatial data
- Implementing data analysis
- Introducing ArcGIS Online
- Designing layouts
Students registering for this course should have basic computer skills using a
Windows-based computer.
Migrating to ArcGIS Pro (Online):
This course highlights key differences in common and frequently used functions
between ArcGIS Desktop and ArcGIS Pro.
Topics Covered Include:
- Migrating existing ArcGIS Desktop files to ArcGIS Pro
- Displaying, manipulating, and creating spatial data within the framework of ArcGIS Pro
- Publishing data to online platforms and engaging in further use of the data
- Conducting basic and intermediate geospatial analysis
Students registering for this workshop should have:
- A working knowledge of basic GIS concepts and proficiency with ArcGIS Desktop
- A Windows-based computer
- Reliable internet access
- Licensed version of ArcGIS Pro 2.5 (or higher)
Introduction to Python with ArcGIS
Pro: This course introduces fundamentals of Python GIS scripting with
the emphasis on spatial data analysis. It demonstrates scripting operations
using the ArcGIS Pro and PyCharm editor. Along with the Python fundamentals, it
covers geospatial workflow automatization, Python debugging techniques, and
designing customized scripts that utilize the ArcPy site package. No previous
programming experience is necessary or expected. However, this course requires
familiarity with ArcGIS Pro, and common geospatial data formats, including
shapefiles and geodatabases.
Topics Covered Include:
- Using various scripting environments
- Automating repetitive geospatial workflows
- Defining custom functions
- Editing existing geoprocessing scripts
- Creating advanced, Python-based, field calculations and label expressions
- Designing customized stand-alone Python scripts
- Recognizing programming errors and learning how to debug Python scripts
Students registering for this course should have:
- A working knowledge of basic GIS concepts
- Proficiency with ArcGIS Pro
Introduction to QGIS: This course
introduces concepts in geographic information systems (GIS) and demonstrates
their implementation within QGIS software. QGIS is an open-source GIS software
package and is available to users at no cost.
Topics Covered Include:
- Defining GIS and getting familiar with how QGIS is used
- Determining map projections and coordinate systems
- Recognizing different GIS data types and learning how to create GIS datasets
- Using GIS layers to manage map symbology and labels
- Editing attributes and execute basic spatial data analyses
- Performing geoprocessing using vector datasets
- Designing maps for presenters
Students registering for this course should have basic computer skills
using a Windows-based computer.
Intermediate QGIS: This course is
intended for individuals who have taken Introduction to GIS using QGIS or have
fundamental working knowledge of QGIS software. This course further explores
concepts in geographic information systems (GIS) and advanced concepts and
techniques and their implementation within QGIS software. QGIS is an
open-source GIS software package and is available to users at no-cost.
Students registering for this workshop should have:
- Basic computer skills
- A Windows-based computer
- Reliable internet access