QGIS - Intermediate

QGIS Intermediate

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QGIS - Intermediate

Description

QGIS – Intermediate is designed for individuals looking to enhance their GIS skills beyond the basics. This course covers essential tools and techniques for data management, spatial analysis, and map creation. Participants will learn to utilize advanced features such as geoprocessing, spatial statistics, and customization of ArcGIS tools. Through practical exercises and real-world scenarios, learners will gain confidence in handling various geospatial tasks, preparing them for more complex projects and applications in their professional endeavors.

Participants will engage in practical exercises that enhance their skills in using ArcGIS for complex data visualization, mapping, and problem-solving. By the end of the course, learners will be equipped to tackle advanced GIS projects with confidence, significantly boosting their professional capabilities in the geospatial field.

Benefits

Strengthen data management skills with advanced tools.
Master geoprocessing and spatial analysis techniques.
Learn to create professional map layouts and designs.
Gain hands-on experience with real-world scenarios.
Prepare for more complex GIS tasks and projects.
Improve problem-solving capabilities using ArcGIS features.
Increase efficiency in customizing and automating workflows.
Enhance career opportunities with intermediate-level ArcGIS proficiency.

Mon-Wed-Fri 09:00 AM - 08:00 PM

Tue-Thu-Sat 08:00 AM - 05:00 PM

Sunday Closed

Syllabus

Here’s a breakdown of QGIS – Intermediate into 150 lessons, organized into modules over 18 weeks.

Introduction to Data Management in QGIS
Setting Up and Organizing QGIS Projects
Importing Vector and Raster Data
Exporting Data Formats from QGIS
Managing Data Source Connections
Creating and Organizing Layers
Introduction to QGIS Geodatabases
Setting Up and Managing Spatialite Databases
Managing Attribute Tables in QGIS
Using Field Calculator for Attribute Data
Creating and Editing Attributes
Attribute Constraints and Data Quality
Understanding Relations in QGIS
Building Relationships Between Tables
Using Forms for Attribute Editing
Data Versioning and Multi-User Editing
Data Synchronization and Replication
Exploring Plugins for Data Management
Data Security and Permissions
Organizing Project Files and Backups
Exploring Custom CRS and Projections
Managing Metadata in QGIS
Using Expression Builder
Data Transformation Techniques
Data Interoperability with Other GIS Systems
Introduction to Data Quality Control
Implementing Validation Rules

Introduction to Spatial Analysis in QGIS
Overview of Geoprocessing Tools
Buffer Analysis Basics
Advanced Buffer Analysis Techniques
Using the Clip Tool in QGIS
Dissolve Tool for Spatial Analysis
Performing Intersect Operations
Applications of Intersect Tool
Union Tool and Spatial Overlay
Merging Datasets for Spatial Analysis
Overview of Spatial Joins
Performing Spatial Joins in QGIS
Attribute Joins and Their Uses
Using Vector Overlay Analysis
Introduction to Raster Analysis in QGIS
Raster Calculator Basics
Reclassifying Raster Data
Extracting Raster Values by Mask
Proximity Analysis Overview
Cost Distance Analysis
Kernel Density Calculations
Introduction to Hotspot Analysis
Performing Hotspot Analysis in QGIS
Spatial Pattern Analysis
Clustering and Proximity Analysis
Spatial Autocorrelation Techniques
Using Moran’s I for Cluster Analysis
Advanced Clustering Methods
Performing Spatial Statistics in QGIS
Interpolation Methods: Overview
Applying IDW Interpolation
Spline Interpolation Techniques
Introduction to Kriging

Basics of Cartographic Design in QGIS
Principles of Effective Map Layouts
Creating Thematic Maps
Symbology Basics in QGIS
Customizing Colors and Symbols
Advanced Symbology Techniques
Applying Graduated Symbols
Dot Density and Proportional Symbols
Customizing Vector Layer Styles
Introduction to Labeling in QGIS
Advanced Labeling Placement Options
Using Label Expressions
Annotation Basics for Map Enhancements
Map Layout Basics in QGIS
Adding Elements: Scale, Legend, Title
Layout Templates and Customization
Creating Professional Map Layouts
Inset Maps and Overview Maps
Using Dynamic Text in Layouts
Exporting Maps from QGIS
Sharing Maps via Web Options
Publishing Maps to QGIS Cloud
Creating Interactive Map Layouts
Overview of Map Series in QGIS
Creating Map Series and Atlas Layouts
Best Practices in Map Production

Introduction to Spatial Statistics in QGIS
Basic Spatial Statistics Tools
Performing Spatial Autocorrelation Analysis
Using Geary’s C for Spatial Analysis
Kernel Density Mapping in QGIS
Hotspot Analysis Techniques
Advanced Hotspot Analysis in QGIS
Point Pattern Analysis
Understanding Interpolation in GIS
Using IDW Interpolation in QGIS
Applying Kriging for Prediction
Spline Interpolation Basics
Aggregating Data for Statistical Analysis
Performing Spatial Clustering

Module 5: Advanced Geoprocessing and Automation (Weeks 13-14)

Batch Processing in QGIS
Setting Up Batch Geoprocessing
Running Batch Analysis for Multiple Layers
Introduction to Processing Toolbox
Creating Basic Models in QGIS
Model Parameters and Variables
Advanced Model Customization Techniques
Automating Repetitive Tasks in QGIS
Introduction to Python in QGIS
Using PyQGIS for Geoprocessing
Integrating Python in Models
Scripting Basic Analysis Tasks
Scheduling and Running Automated Scripts
Exporting and Sharing QGIS Models
Optimizing Models and Troubleshooting
Model Validation and Debugging

Introduction to 3D Data in QGIS
Converting 2D Layers to 3D Models
Customizing 3D Symbology
Visualizing Elevation and Terrain
Applying Hillshade and Slope Tools
Building 3D Scenes in QGIS
Adding 3D Models and Structures
Introduction to Animation Tools in QGIS
Animating Temporal Data in QGIS
Setting Up Animation Timelines
Exporting Animations for Presentations
Sharing 3D Scenes and Animations

Project Overview and Objectives
Defining Project Scope and Goals
Collecting and Organizing Project Data
Preprocessing Data for Project Needs
Designing a Project Analysis Plan
Conducting Spatial Analysis for Objectives
Advanced Data Processing for the Project
Data Visualization for Project Insights
Creating Project-Specific Maps
Designing Map Layouts for the Project
Documenting Project Processes
Finalizing Maps and Layouts
Preparing Project Presentation
Reviewing Project Goals and Findings
Peer Review and Feedback
Revising Based on Feedback
Finalizing Project Submission
Preparing a Project Report
Publishing Project Online
Creating a Presentation Deck
Project Conclusion and Key Takeaways
Planning Next Steps for GIS Skill Development

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