QGIS Course

Lesson 1 • Navigating the QGIS Interface

Introduces every major UI panel, toolbar, and menu. Students gain muscle memory for efficient navigation throughout the course.

Lesson 2 • What Is GIS and Why It Matters

Defines geographic information systems and their real-world applications. Establishes conceptual grounding before any software interaction begins.

Lesson 3 • Installing and Configuring QGIS

Covers download, installation, and initial setup of QGIS on major operating systems. Ensures a consistent working environment for all subsequent exercises.

Lesson 1 • Editing and Reshaping Existing Features

Covers vertex editing, splitting, merging, and reshaping tools. Prepares students to clean and update real-world datasets with precision.

Lesson 2 • Understanding the Attribute Table

Explores the attribute table as the data backbone of vector layers. Students query, sort, and edit records to understand feature-attribute relationships.

Lesson 3 • Loading Vector Data into QGIS

Demonstrates importing shapefiles, GeoJSON, KML, and GeoPackage formats. Connects data ingestion skills to the broader workflow of layer management.

Lesson 4 • Creating New Vector Layers

Teaches digitizing new features from scratch using QGIS editing tools. Builds the skill of producing original spatial data rather than only consuming existing datasets.

Lesson 1 • Setting CRS in QGIS Projects and Layers

Shows how to assign and change CRS at both project and layer levels. Prevents the most common source of spatial misalignment errors.

Lesson 2 • Understanding Geographic vs. Projected CRS

Distinguishes latitude/longitude systems from planar projected systems. Lays the conceptual foundation for all projection decisions made later.

Lesson 3 • Reprojecting Vector and Raster Data

Applies permanent reprojection using processing tools. Students produce correctly projected outputs ready for analysis and sharing.

Lesson 1 • Loading and Inspecting Raster Layers

Covers importing GeoTIFF, IMG, and other raster formats and reviewing their properties. Builds raster literacy parallel to the vector skills from Chapter 2.

Lesson 2 • Terrain Analysis from Digital Elevation Models

Derives slope, aspect, and hillshade from DEM data using built-in tools. Provides foundational terrain analysis skills for environmental and planning workflows.

Lesson 3 • Raster Clipping and Masking

Teaches clipping rasters by extent or vector mask to isolate study areas. Reduces processing time and focuses analysis on relevant regions.

Lesson 4 • Raster Calculator for Derived Layers

Uses the Raster Calculator to create new layers from mathematical expressions. Enables index computation such as NDVI and custom surface classifications.

Lesson 1 • Graduated and Rule-Based Symbology

Covers quantitative classification and complex rule-driven styling. Enables nuanced visual communication of data distributions and multiple conditions.

Lesson 2 • Saving and Sharing Layer Styles

Demonstrates saving styles as QML/SLD files and applying them to new layers. Promotes style reuse and consistency across projects and team members.

Lesson 3 • Single Symbol and Categorized Rendering

Introduces basic symbol assignment and category-based coloring. Establishes the styling workflow used throughout all subsequent mapping tasks.

Lesson 4 • Labeling Features Effectively

Teaches automated and manual label placement with formatting options. Clear labeling is critical for map readability and professional output.

Lesson 1 • Spatial Joins and Attribute Transfer

Links attributes between layers based on spatial relationships. Enables enrichment of datasets without manual data entry or external joins.

Lesson 2 • Dissolve, Aggregate, and Simplify

Reduces feature complexity and merges features by shared attributes. Prepares datasets for generalization, reporting, and efficient rendering.

Lesson 3 • Using the Processing Toolbox

Navigates the Processing Toolbox to access QGIS, GDAL, GRASS, and SAGA algorithms. Unlocks the full analytical power of QGIS beyond the standard menus.

Lesson 4 • Vector Overlay Operations

Covers intersect, union, difference, and clip tools for combining vector layers. These operations form the backbone of most spatial analysis workflows.

Lesson 1 • Using Atlases for Map Series

Automates repeated map production across coverage features using the Atlas function. Dramatically reduces manual effort for multi-page or multi-area reports.

Lesson 2 • Adding Essential Map Elements

Inserts north arrows, scale bars, legends, and titles into the layout. These elements are mandatory for any professionally credible map output.

Lesson 3 • Introduction to the Print Layout Editor

Orients students to the Print Layout interface and its relationship to the main canvas. Establishes the workflow for building any map product.

Lesson 4 • Working with Multiple Map Frames

Adds overview and inset maps to provide geographic context. Multi-frame layouts are standard in professional cartographic products.

Lesson 1 • Building Graphical Models in Model Designer

Creates automated multi-step processing chains using the graphical Model Designer. Models replace manual repetition with reproducible, shareable workflows.

Lesson 2 • Automating Tasks with Batch Processing

Runs algorithms across multiple inputs simultaneously using the batch processing interface. Saves hours of manual work when processing large collections of files.

Lesson 3 • Managing and Sharing Processing Results

Organizes outputs, documents workflows, and packages projects for handoff. Ensures reproducibility and professional delivery of analytical products.

Lesson 4 • Introduction to PyQGIS Scripting

Introduces Python scripting within QGIS for layer manipulation and automation. Provides the foundation for custom tools beyond the graphical interface.