Analyzing Wind Farm Sites with ArcGIS
The energy transition is in full swing. Across the Netherlands, wind turbines are shaping a cleaner, more sustainable future. But these turbines don’t just appear anywhere. Their placement involves complex decisions—and that’s where geospatial data becomes essential.
ArcGIS, a powerful tool for spatial analysis, helps you map, understand, and interpret this type of data with clarity. You’ll work with information on landscape features, wind direction, residential zones, protected areas, and infrastructure. By combining these layers, you can quickly assess which locations are suitable for wind energy—and which ones aren’t.
That’s why ArcGIS is such a valuable tool for anyone involved in renewable energy. Whether you work for a municipality, an engineering firm, or are simply passionate about sustainable development, understanding how to use GIS in this context gives you a serious edge.
What will you learn in this Blended Learning course?
This course shows you how to use ArcGIS to solve spatial problems related to wind farm development. You’ll learn how to work with geospatial data and use it to support smart, sustainable decisions. The training is hands-on from the start, so you’ll apply what you learn to realistic scenarios.
You’ll begin by gathering and analyzing geodata—such as wind direction, proximity to buildings, nearby nature reserves, and existing infrastructure. You’ll then learn to combine this data into clear maps that reveal which areas are suitable for turbine placement.
Next, you’ll dive into building map layers and using ArcGIS analysis tools to assess risks and opportunities. You’ll practice evaluating sites based on spatial criteria, using real data—not just theory. The focus is on applying your skills in practical, relevant ways.
So while this course introduces you to ArcGIS, it goes far beyond the basics. It helps you build the confidence and capability to work with geospatial tools in the fast-growing field of renewable energy.
Why choose the ArcGIS Windfarms course?
Blended learning gives you the best of both worlds—live interaction and flexible self-paced study—so you can build real, job-ready GIS skills. In this course, you’ll get hands-on with ArcGIS and learn how to apply location analysis techniques to wind energy development projects.
We kick off with a live session where you’ll start working with real geospatial datasets right away. With guidance from experienced GIS professionals, you’ll evaluate wind energy locations using real-world criteria like wind direction, proximity to buildings, and environmental constraints. You’ll build foundational skills and begin creating analysis-ready workflows from the start.
Next, our self-paced modules let you explore wind energy planning at your own pace. You’ll dive into interactive lessons on spatial planning, geodata processing, and environmental factors that influence wind farm siting. You’ll learn how to collect, process, and analyze spatial data in ArcGIS—all with a focus on supporting the energy transition and sustainable infrastructure planning.
Then, in a second live session, you’ll apply your new skills to realistic energy planning scenarios. You’ll refine your analysis techniques, troubleshoot challenges, and get expert feedback as you assess potential locations and build maps tailored to renewable energy development.
A highlight of the course is the applied focus on real criteria used in wind energy site selection. You’ll create outputs that reflect professional workflows and support evidence-based decisions in renewable energy projects.
By combining expert-led sessions with flexible learning, this course prepares you to do more than just use ArcGIS—you’ll learn how to apply it effectively in the renewable energy sector. By the end, you’ll be able to conduct your own spatial analyses, clearly communicate your findings, and confidently support sustainable energy initiatives with geospatial insights.
