How do you analyze and visualize hydrological data in QGIS? In this one-on-one course, you’ll learn how to map water systems, assess flood risks, and apply hydrological models. With personal guidance and hands-on exercises, you’ll build practical skills you can use right away in real hydrological projects.
QGIS is a powerful open-source GIS platform that plays a central role in hydrology and water management. It offers advanced tools for modeling water flow, identifying flood-prone areas, and supporting better decision-making around water resources. That’s why QGIS is essential for professionals in hydrology, engineering, and environmental planning.
You can use QGIS to delineate watersheds, analyze flow direction, and evaluate flood risks. Its geospatial tools and features—like the QGIS Data Inspector—make it easy to work with large datasets and extract meaningful patterns from both real-time and historical data.
But QGIS isn’t just for analysis. With extensions like PCRaster, you can build detailed hydrological models and simulate future scenarios. Whether you’re predicting drought, mapping catchment areas, or monitoring water quality, QGIS gives you the tools to turn complex data into clear, actionable insights.
Want to start using QGIS for hydrological analysis? In our Blended Learning QGIS Hydrology course, you’ll combine flexible study with guided sessions to develop both your technical skills and your ability to make data-driven decisions in water management.
This course introduces you to QGIS through the lens of hydrological analysis. You’ll learn to process, visualize, and interpret geospatial data for water-related challenges, with a strong focus on applying what you learn.
You’ll begin by exploring the QGIS interface, importing geodata, and reviewing GIS fundamentals. Next, you’ll work with digital elevation models (DEMs) to map watersheds and flow paths. You’ll calculate flow direction and accumulation to see how water moves through a landscape and affects broader systems.
From there, you’ll move into flood risk mapping and hydrological modeling. You’ll define flood zones, build runoff models, and analyze rainfall and infiltration patterns to understand local water dynamics.
To wrap up, you’ll explore best practices and extra tools that support accurate, efficient hydrological analysis. By the end, you’ll be ready to work independently—using QGIS to tackle real-world water management tasks with confidence.
Blended learning gives you the best of both worlds—live interaction and flexible self-paced study—so you can develop job-ready GIS skills on your terms. In this course, you’ll get hands-on with QGIS and learn to turn hydrological data into insights that support sustainable water planning.
We kick off with a live session where you’ll jump into QGIS using real-world data. With help from experienced trainers, you’ll start mapping watersheds, analyzing elevation, and exploring water flow patterns.
Then, move through the self-paced modules at your own speed. You’ll work with raster and vector data, create flood maps, and apply hydrological models to understand water behavior.
In a second live session, you’ll test your skills in a realistic project scenario. You’ll troubleshoot issues, improve your outputs, and get feedback to sharpen your analysis.
One standout feature of the course is its practical focus. You’ll create ready-to-use outputs—like discharge maps and flood risk models—that are directly applicable in planning, research, or environmental assessments.
By the end, you’ll be confident using QGIS to support smarter, more resilient water management decisions.
After completing this course, you’ll be able to:
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.
