Udemy Business

Teach on Udemy

Turn what you know into an opportunity and reach millions around the world.

Learn More

Your cart is empty.

Keep shopping

QGIS for Beginners: Master GIS with Real-World Projects

Name: QGIS for Beginners: Master GIS with Real-World Projects
Rating: 4.7 (180 reviews)

Learn QGIS step by step. Master spatial analysis, geoprocessing, and map design with real world examples.

Bestseller

Highest Rated

Created byJonas van Acker

Last updated 4/2025

English

What you'll learn

Navigate QGIS with Confidence – Understand key GIS concepts, manage layers, and utilize essential tools for spatial analysis.
Work with Vector and Raster Data – Perform attribute table operations, spatial queries, and raster calculations.
Georeference and Digitize Data – Import scanned maps, align them with real-world coordinates, and create vector datasets.
Perform Spatial Analysis and Mapping – Use buffers, intersections, and digital elevation models (DEMs) for advanced geoprocessing and map creation.
Create High-Quality Maps and Reports – Design professional maps with symbology, labels, and print layouts for clear data visualization.
Receive a Certificate upon Completion of the Course

Course content

10 sections • 89 lectures • 4h 29m total length

Introduction to the Module1:07
Quick Word about the Process for Udemy Reviews1:02
General introduction to Geographic Information Systems (GIS)2:35
Building blocks of GIS1:31
Brief history of geography and mapping5:02
Coordinate systems in GIS3:03
Most common file types in GIS1:43
Attributes1:55
What's next?0:31
Fundamentals of GIS

Introduction to the Module0:40
Launching QGIS and setting up toolbars and panels1:53
Setting up the project coordinate reference system3:24
Adding a vector layer, basemap raster layer and discovering the layer hierarchy3:17
Exploring basic toolbars4:19
Checking the layer metadata0:45
Attribute tables and selecting attributes2:50
Repeating the previous steps with another type of shapefile vectorlayer1:13
Saving the project and adding a third type of shapefile layer1:04
Pro tip: On the fly projections when the CRS does not match the project CRS3:44
Recapitulation of what we Learned in This Module2:25
Setting up your first project

Introduction to the Module0:23
Setting up the layer data and formulating a research question1:48
Layer symbology: categorized symbology3:03
Layer symbology: graduated symbology and classification methods6:32
Layer symbology: graduated symbology and classifying on size1:02
Rule based symbology and a quicker way to combine color and size visualisations3:59
Exploring labelling options and changing the layer opacity5:38
Recapitulation of what we Learned in This Module1:55
Advanced Styling and Spatial Analysis

Introduction to the Module0:43
Editing shapefiles5:23
Snapping toolbar2:28
Attribute table in depth: Adding and editing fields4:53
Attribute table in depth: Calculating fields using the field calculator2:20
Pro tip: Calculating coordinates in degrees minutes and seconds3:12
Attribute table in depth: Dynamic variables (Coordinates, Area, Perimeter)5:52
Adding plugins and loading different basemaps2:31
Pro tip: Joining datasets using a common unique identifier3:50
Recapitulation of what we Learned in This Module1:57
QGIS Basics: Editing and Data Management

Introduction to the Module0:44
Introduction to the Case Study2:14
Overview of project data for the Case Study2:12
Adding and visualising geographic data as CSV and vector shapefiles7:58
Importing DXF files2:46
Putting forward the environmental restrictions for the Case Study0:51
Making data editable by converting to shapefiles2:27
Pro tip: Exporting a file to a different coordinate reference system1:37
Continuing with data conversions and setting everything ready for analysis3:18
Recapitulation of what we Learned in This Module1:02
Preparing Data for Environmental Analysis

Introduction to the Module0:44
Refreshing the Environmental Restrictions and Visualising crucial data5:07
What is the Processing Toolbox?1:06
Analysis 1 using Count points in polygon and Merge7:58
Analysis 2 using Buffer, Intersect and Layer Statistics8:07
Analysis 3 using Filter and Overlap Analysis5:44
Conclusion of the Analysis1:58
Pro tips: History of Algorithms and Fixing Invalid Geometries1:58
Recapitulation of what we Learned in This Module1:38
Advanced Spatial Analysis

Introduction to the Module0:41
Designing a Monitoring System for Environmental Impact Assessment1:38
Importing a Digital Elevation Model (DEM) from GEBCO9:01
Performing Raster Analyses with the Raster Calculator3:19
Defining the Monitoring Buoy Locations and Setting up Buffers5:45
Creating the Monitoring Buoy Shapefile Layer6:05
Creating Vector Contour Lines based on a Raster Layer3:36
Sending Files to External Parties as a Geopackage and Exporting the Layer Style1:16
Recapitulation of what we Learned in This Module1:20
Digital elevation models, raster data and vector data

Introduction to the Module0:50
Exploring the Data and Visualising the Correct Layers for the Monitoring Map2:56
Setting Custom Symbols and Color Codes for Objects2:52
Styling the Contour Lines for the Monitoring Map1:18
Setting Up a Map Layout5:58
Setting Up a Map Grid2:13
Adding Map Elements: North Arrow, Scalebar, Title and Legend4:23
Adding Map Elements: Attribute Table, Overview Map, Image and Metadata8:15
Exporting the Monitoring Map1:00
Recapitulation of what we Learned in This Module1:13
Final Words0:28
Making a Professional Map

Requirements

This course is designed to be accessible to anyone, so no prior GIS or programming knowledge is needed
No prior environmental engineering experience required

Description

Unlock the power of GIS with QGIS, the leading open-source software for spatial analysis.

This course takes you from the basics to advanced geoprocessing and mapping techniques, empowering you to analyze spatial data and create professional maps.

What you’ll learn in this course:

Navigate QGIS and understand key GIS concepts, including spatial analysis techniques.
Work with vector and raster data, managing attribute tables and performing spatial queries.
Perform spatial analysis using tools like buffers, intersections, and raster calculations.
Import and analyze a Digital Elevation Model (DEM) to understand terrain and bathymetry for advanced analysis.
Create high-quality, professional maps with advanced symbology, labels, and print layouts.
Automate workflows and improve efficiency with QGIS’ powerful processing toolbox.
Master georeferencing to align your data with real-world coordinates and use it for analysis.
Digitize features to create accurate vector data from scanned maps or satellite images.

Who is this course for?

Beginners who want to learn GIS and QGIS from scratch.
Environmental engineers, consultants, and professionals in related fields.
Anyone seeking to perform spatial analysis and create professional-quality maps.

By the end of this course, you will have a strong foundation in QGIS, enabling you to confidently perform spatial analysis and produce maps for real-world applications.

Who this course is for:

Environmental engineering students
Ecological enthousiasts
Marine science enthusiasts
Environmental engineers
Researchers and Academics
Professionals in Environmental or Civil Engineering
Hobbyists and Enthusiasts
Science enthousiasts
Anyone Interested in Spatial Data
NGOs and Humanitarian Workers
Students and Beginners in GIS

QGIS for Beginners: Master GIS with Real-World Projects

What you'll learn

Explore related topics

Course content

Theoretical Foundations in Geography and GIS9 lectures • 18min

Installing QGIS5 lectures • 8min

Setting Up Your First Project in QGIS11 lectures • 26min

Advanced Styling & Spatial Analysis in QGIS8 lectures • 24min

Editing and Enhancing Spatial Data10 lectures • 33min

Introduction to the Case Study and Preparing Data for Environmental Analysis10 lectures • 25min

Advanced Spatial Analysis in QGIS: Evaluating Island Location Suitability9 lectures • 34min

Georeferencing and Digitizing: Converting Images into Spatial Data7 lectures • 37min

Uploading a Digital Elevation Model and Analysing Raster and Vector Data9 lectures • 33min

Creating a Professional Monitoring Map11 lectures • 31min

Requirements

Description

Who this course is for: