Prerequisites:
• Basic GIS concepts (layers, projections, attribute tables)
• Familiarity with ArcGIS Desktop or equivalent GIS software is recommended

By the end of this course, participants will be able to:

• Understand the ArcGIS Pro architecture and project-based workflow
• Manage spatial and non-spatial data using geodatabases
• Create, edit, and validate GIS data efficiently
• Perform advanced spatial analysis and geoprocessing
• Design high-quality 2D and 3D maps and layouts
• Automate GIS tasks using ModelBuilder and Python (ArcPy)
• Integrate ArcGIS Pro with ArcGIS Online and Enterprise
• Apply GIS best practices to professional projects

This course is intended for:

• GIS Analysts and GIS Specialists
• GIS Engineers and GIS Officers
• Spatial Data Analysts
• Surveyors and Cartographers
• Urban Planners and Environmental Professionals
• Infrastructure, Utilities, and Asset Management Staff
• Professionals transitioning from ArcMap to ArcGIS Pro

The course follows a practice-driven methodology, combining:

• Instructor-led presentations explaining concepts and workflows
• Hands-on exercises using real-world GIS datasets
• Step-by-step guided labs in ArcGIS Pro
• Scenario-based problem solving
• Daily practical assignments
• Knowledge checks and discussions
• Best practices and tips from industry use cases

Each participant will work independently on ArcGIS Pro throughout the course.

Day 1
ArcGIS Pro Fundamentals & Project Management

Topics:

• Introduction to ArcGIS Pro
• ArcGIS Pro vs. ArcMap (migration concepts)
• ArcGIS Pro interface and navigation
• Projects, maps, layouts, scenes, and catalogs
• Map views and layouts
• Working with ribbons, panes, and tools

Practical Exercises:

• Creating and managing ArcGIS Pro projects
• Navigating maps and layouts
• Importing ArcMap documents

Day 2
Data Management & Editing

Topics:

• Spatial data types and formats
• File geodatabases and feature classes
• Coordinate systems and projections
• Adding and managing data sources
• Table joins and relates
• Feature editing tools and workflows
• Topology concepts and validation

Practical Exercises:

• Creating a geodatabase
• Editing spatial features
• Managing attribute data
• Applying topology rules

Day 3
Spatial Analysis & Geoprocessing

Topics:

• Spatial analysis concepts
• Geoprocessing framework in ArcGIS Pro
• Common analysis tools (buffer, overlay, proximity)
• Raster vs. vector analysis
• Using Analysis and Toolboxes
• Environment settings
• Geoprocessing history and reproducibility

Practical Exercises:

• Performing spatial analysis workflows
• Building multi-step geoprocessing tasks
• Analyzing real-world datasets

Day 4
Cartography, Visualization & 3D GIS

Topics:

• Map symbology and labeling
• Advanced cartographic techniques
• Layout design for professional map outputs
• Charts, legends, and scale management
• 3D scenes and visualization
• Working with elevation and 3D data

Practical Exercises:

• Designing professional 2D maps
• Creating map layouts for print and digital use
• Building 3D scenes and visualizations

Day 5
Automation, Web GIS & Integration

Topics:

• Introduction to ModelBuilder
• Creating automated GIS workflows
• Introduction to Python and ArcPy
• Running and modifying Python scripts
• Sharing maps and layers
• Publishing to ArcGIS Online / Enterprise
• Best practices for GIS project delivery

Practical Exercises:

• Building a ModelBuilder workflow
• Running Python scripts in ArcGIS Pro
• Publishing and sharing GIS content
• Final practical project and review

Course Deliverables:

• Training slides and lab manuals
• Sample GIS datasets
• Automated models and scripts
• Final practical project
• Certificate of Completion

CDGA attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.