Ready to take your GIS skills to the next level? In this practical, hands-on course, you'll learn how to create, visualize, and analyze 3D geospatial data using ArcGIS Pro—one of the most powerful GIS tools on the market.
ArcGIS 3D
ArcGISArcGIS
GIS and 3D Visualization
Geographic Information Systems (GIS) help us make sense of the world by visualizing and analyzing spatial data. Traditionally, this has been done using 2D maps. But the world isn’t flat—so why should our maps be? That’s where 3D GIS comes in.
3D GIS lets you explore and represent the world in three dimensions, offering a more realistic and detailed view of geographic data. Whether you’re planning new buildings, assessing environmental risks, or designing infrastructure, 3D visualization gives you the extra depth needed to make smarter, more informed decisions. You can see how buildings will affect sunlight in a neighborhood, how terrain impacts transportation, or how floodwaters might spread during a storm.
ArcGIS Pro, developed by Esri, is a leading platform that brings 3D GIS tools into everyday workflows. With features like 3D scenes, elevation surfaces, and advanced symbology, ArcGIS Pro allows you to visualize spatial information in ways that go far beyond the limits of flat maps.
At Geo-ICT, we’ve created this course specifically for GIS users who already know their way around 2D maps in ArcGIS Pro and are ready to step into the world of 3D. If you haven’t worked in ArcGIS Pro before, we recommend starting with our ArcGIS Pro Basics (2D) course, which lays the foundation you’ll need to succeed in this advanced training. Whether you work in urban planning, environmental analysis, or infrastructure design, 3D GIS is the skill that will set you apart.
What will you learn
This course gives you the essential skills to work with 3D data and build powerful 3D visualizations using ArcGIS Pro. You’ll start by learning how to find, import, and manage different types of 3D data, including elevation models, raster surfaces, and 3D features like buildings or terrain. You’ll learn how to set up and navigate 3D scenes, and how to turn standard 2D maps into fully interactive 3D environments.
As you progress, you’ll explore how to add layers, apply realistic symbology, and use lighting, camera angles, and elevation settings to create effective and meaningful visuals. You’ll also learn how to convert 2D shapes into 3D objects using extrusion, and how to add elevation surfaces for extra realism.
More importantly, you’ll see how 3D GIS supports real-world analysis. You’ll use tools in ArcGIS Pro to perform basic spatial analysis in 3D—like calculating visibility, running shadow studies, and assessing volumes or elevations. Throughout the course, you’ll complete hands-on exercises that reinforce what you learn, so you’ll walk away not just with knowledge—but with confidence.
Why choose this course
Choosing the right training makes all the difference when developing new skills. Here’s what makes the ArcGIS Pro 3D course at Geo-ICT a great fit for professionals ready to grow:
- Recognised quality: We’re accredited by the Dutch Council for Training and Education (NRTO), ensuring high-quality instruction you can trust.
- Industry-driven: Learn from experienced GIS professionals who work with 3D data in real-world projects.
- Hands-on learning: This course is packed with practical exercises that help you apply what you learn right away.
Course structure
Day 1
On day one, you’ll get familiar with the ArcGIS Pro 3D environment. You’ll learn how to set up your first 3D scene, import various types of 3D data, and add raster layers. You’ll explore the basics of navigating and building a 3D view and begin converting 2D content into 3D.
Day 2
On day two, the focus shifts to visualizing, modifying, and presenting your 3D scenes. You’ll learn how to create a 3D map from a standard 2D view and enhance it with elevation surfaces. You’ll also discover how to apply 3D symbology using extrusion and prepare your scene for sharing—either as a presentation or as an interactive online product.
Learning Outcomes
- Import and work with 3D data in ArcGIS Pro
- Navigate and build 3D scenes
- Convert 2D maps into 3D scenes
- Add and display raster data in 3D environments
- Create elevation surfaces using high-resolution raster layers
- Apply extrusion to convert flat 2D features into 3D shapes
- Perform and visualize basic 3D spatial analysis, like visibility and shadow studie
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.
Related courses
Frequently Asked Questions About ArcGIS Pro 3D Basis
In this course you will learn the basics of 3D mapping with ArcGIS Pro, including creating and analyzing 3D data.
This course is ideal for starting geo-specialists, experienced professionals looking to brush up their skills, and everyone interested in 3D-GIS.
The course is a 2-day training course designed to provide an intensive learning experience.
Yes, after a successful completion you will receive a certificate of participation from Geo-ICT Training Center, recognized by the Dutch Council for Training and Education (NRTO).
Yes, the course offers the flexibility to participate online or on-site depending on your preference.
You can enroll directly via the registration widget or by emailing to info@geo-ict.com.
Yes, the course includes both theoretical and practical components to ensure a thorough understanding of ArcGIS Pro 3D.
You will learn how to import 3D data, work with 3D functions, convert maps to scenes, explore 3D data, add raster data, and extrude features into 3D symbols.
The course consists of two days. On the first day you will be introduced to the 3D environment of ArcGIS Pro and learn to build 3D scenes. On the second day you will delve deeper into importing and editing 3D data.
Yes, you can still ask questions via email for two weeks after the course. For practical problems we also offer 1-on-1 online tailor-made lessons.