ArcGIS Pro – Mapping & Spatial Analysis

Duration: 6 Months | Daily: 2 Hours | Sunday: Off

Module 1: Introduction to GIS & ArcGIS Pro Environment

Objective: Understand GIS fundamentals and the ArcGIS Pro interface.
Topics:
• What is GIS and its real-world applications
• Understanding spatial data: raster vs. vector
• Overview of ArcGIS Pro interface and toolbars
• Project creation, map setup, and navigation
• Coordinate systems and projections
Outcome: Students gain a solid foundation in GIS concepts and ArcGIS Pro basics.

Module 2: Data Management & Geodatabases

Objective: Learn to organize, import, and manage spatial data efficiently.
Topics:
• Creating and managing file geodatabases
• Importing shapefiles, CAD data, and raster images
• Managing attribute tables and field data
• Working with feature datasets and domains
• Data backup and version management
Outcome: Students can store and manage GIS data for projects professionally.

Module 3: Map Creation & Cartographic Design

Objective: Design professional maps using ArcGIS Pro tools.
Topics:
• Creating map layouts and adding layers
• Applying symbology and labeling features
• Working with basemaps and styles
• Map templates, scale bars, and legends
• Exporting maps for print and digital formats
Outcome: Students can design and export high-quality thematic maps.

Module 4: Spatial Data Editing & Geoprocessing Tools

Objective: Perform spatial analysis and data editing with precision.
Topics:
• Editing geometry (points, lines, polygons)
• Snapping, topology rules, and attribute editing
• Buffer, clip, merge, intersect, and dissolve operations
• Spatial joins and overlays
• Batch processing with ModelBuilder
Outcome: Students can clean, process, and analyze spatial data effectively.

Module 5: Spatial Analysis & Modeling

Objective: Conduct analytical studies using ArcGIS spatial tools.
Topics:
• Proximity, overlay, and surface analysis
• Raster calculations and reclassification
• Terrain modeling and contour generation
• Hotspot analysis and pattern detection
• Network analysis (routes, service areas, accessibility)
Outcome: Students can perform complex geographic and spatial analyses.

Module 6: 3D GIS & Visualization

Objective: Visualize spatial data in 3D for advanced analysis.
Topics:
• Introduction to 3D scenes and layouts
• Working with elevation surfaces and 3D layers
• Creating and editing 3D features
• Visualizing buildings, terrain, and city models
• Exporting 3D visualizations and fly-through animations
Outcome: Students can create realistic 3D visualizations for GIS presentations.

Module 7: Data Sharing, Collaboration & Online GIS

Objective: Learn data sharing and publishing through ArcGIS Online.
Topics:
• Connecting ArcGIS Pro with ArcGIS Online
• Creating and publishing web maps
• Sharing data packages and layer files
• Using dashboards and story maps
• Managing user access and cloud collaboration
Outcome: Students can publish and share GIS data online for clients or teams.

Module 8: Final Project – Real-World GIS Application

Objective: Apply all GIS and mapping skills in a complete project.
Topics:
• Selecting a real-world mapping problem
• Data collection, analysis, and visualization
• Creating 2D and 3D map outputs
• Presenting findings with reports and layouts
• Project documentation and backup
Outcome: Students produce a professional ArcGIS Pro project ready for portfolio or client use.