Start working confidently with geospatial data in QGIS Basics—a practical, hands-on course from Geo-ICT that introduces you to one of the most powerful open-source GIS platforms available. Whether you're new to geographic information systems or looking to build a solid foundation, this course gives you the tools and training to visualize, analyze, and manage spatial data effectively using QGIS.
QGIS Basics
All of QGISAll of QGIS
QGIS
Geographic information systems (GIS) are now essential in fields ranging from urban planning and environmental management to transportation, logistics, public health, and beyond. As the demand for spatial insight grows, QGIS stands out as a flexible and accessible solution, empowering users to better understand the world through maps and data.
QGIS is a free, open-source GIS application trusted by professionals around the globe. It enables users to build maps, analyze spatial relationships, and manage geographic data—all through an intuitive interface that supports a wide range of data formats. Whether you’re just getting started or looking to enhance your technical skill set, QGIS offers powerful capabilities without the barrier of licensing costs.
At Geo-ICT, we know how important geoinformation has become in a data-driven world. That’s why we’ve designed the QGIS Basics course to get you up and running quickly—no prior GIS experience required. Through guided instruction and hands-on assignments, you’ll learn how to create maps, work with different data types, and carry out meaningful spatial analyses to support your own professional or project goals.
What you will learn
The course begins with a guided introduction to GIS concepts and the QGIS interface. You’ll learn how to add, style, and manage various types of map layers, using symbology and labels to present your data clearly. A key part of this phase is understanding the difference between raster and vector formats, and how to apply each within mapping workflows.
As you move forward, you’ll explore spatial analysis using QGIS’s built-in tools. You’ll perform selections, run queries, and carry out overlay and buffer operations. The course also covers georeferencing, coordinate systems, and projections, helping you position and align data accurately. You’ll practice importing external data—including CSV files and open data sources—and link it to your maps to enrich your spatial insights.
The final part of the course focuses on creating and editing your own geospatial data. You’ll learn how to build new layers, draw features, input attribute data, and create standardized forms to streamline data entry. You’ll also discover how to attach images and external links to your map objects, and compile everything into a structured GIS project that can be saved or expanded in future work. By the end of the course, you’ll be able to confidently manage spatial data, conduct key analyses, and build professional GIS outputs using QGIS.
Why choose this course
Geo-ICT’s QGIS Basics course goes beyond software training to give you real-world GIS skills. It’s ideal for anyone looking to apply geoinformation tools in practical settings, and it stands out for several reasons:
- Instruction from experienced GIS professionals who bring field knowledge into the classroom
- A focus on learning by doing, with practical exercises from day one
- Small group sizes that allow for personalized guidance and feedback
- A clear outcome: the ability to use QGIS confidently in your work or studies
Course structure
Day 1
The first day introduces you to QGIS and its interface. You’ll learn how to install the software, navigate key menus, and add and manage map layers. Styling and labeling are covered early so you can start creating maps that clearly communicate your data. You’ll also explore the attribute table, calculate distances and areas, and exchange data with applications like Microsoft Excel.
Day 2
Day two shifts the focus to data structures and analysis. You’ll explore raster and vector models, work with coordinate systems, and practice georeferencing. Analysis tools such as overlay and buffer functions will be introduced through hands-on tasks. You’ll also learn how to import external data, link it to spatial features, and use open data from platforms like PDOK or the Dutch National Geo Register. Field calculations and basic statistics round out the day’s skills.
Day 3
On the final day, you’ll work with custom data. You’ll create new layers, draw features, and design attribute forms for structured data input. The course also covers linking external content like photos and URLs to map features. You’ll compile everything into a complete project, and save your data in formats suited for long-term storage, including spatial databases like PostgreSQL. Time is set aside for you to apply the skills to your own data or a use case relevant to your work.
Learning Outcomes
- A strong understanding of QGIS’s key features and how they apply to geospatial workflows will be developed.
- Proficiency in building and managing map layers, including styling, labeling, and data visualization, will be established.
- The ability to connect attribute data to spatial features and carry out essential spatial queries and analyses will be gained.
- Confidence in creating and editing geospatial data, designing forms, and managing complete GIS projects will be achieved.
- The skills to interpret, manage, and communicate geoinformation using open-source tools will be built and ready for real-world application.
More Information?
Do you have questions about the course content? Not sure if the course aligns with your learning objectives? Or would you prefer a private session or in-company training? We’re happy to assist—feel free to get in touch.
Frequently Asked Questions about QGIS Basics
In the QGIS Basics course, you will learn:
- GIS Fundamentals: Introduction to GIS concepts and the QGIS interface.
- Spatial Data Management: Importing, editing, and visualizing vector and raster data.
- Map Design: Creating professional maps with symbology, labels, and layouts.
- Spatial Analysis: Conducting geoprocessing tasks like buffering, clipping, and querying data.
- Data Sharing: Exporting maps, sharing projects, and using spatial databases.
This course equips you with the skills to confidently use QGIS for mapping, analysis, and project work.