Turn drone imagery into powerful 3D models, detailed maps, and real-world insights. In this hands-on WebODM course, you’ll learn how to transform aerial data into point clouds, orthophotos, and elevation models — all using one of the most flexible open-source platforms available. With expert guidance and real-world exercises, you’ll build the skills needed to create CAD-ready outputs for surveying, construction, and engineering projects.
WebODM
DronesDrones
Introduction to WebODM
In today’s fast-paced world of geospatial technology, the ability to turn drone data into meaningful results is more important than ever. Surveyors, civil engineers, and mapping professionals rely on accurate 3D models, orthomosaics, and elevation data to plan projects, manage resources, and make informed decisions.
That’s where WebODM comes in. As a powerful open-source photogrammetry platform, WebODM processes drone imagery into professional-grade outputs — without the high licensing fees of commercial software. Thanks to its flexibility, transparency, and strong community support, it’s a go-to tool for teams that value reliable results and full workflow control.
Moreover, WebODM simplifies the entire photogrammetric process. From uploading images to generating textured 3D models and terrain maps, it’s built to deliver the precision required in real-world surveying and engineering. It also scales easily and integrates with popular GIS systems.
Whether you’re inspecting a small site or managing a large infrastructure project, WebODM helps turn raw drone images into actionable insights. This means you can move from data to decisions more efficiently.
Want to go further with drone data?
This course pairs well with our Agisoft Metashape course for high-precision 3D modeling, or Drones with Python if you’re interested in automating drone workflows and data analysis.
What you will learn
Over two intensive days, you’ll gain hands-on experience with the complete WebODM workflow — from flight planning to producing survey-ready deliverables.
You’ll begin by learning how to plan aerial missions that capture high-quality mapping data. Next, you’ll explore the WebODM interface and process images into dense point clouds, orthomosaics, and elevation models.
In addition, you’ll learn to clean up outputs, correct common errors, and perform precise spatial measurements. You’ll also prepare deliverables that are ready for use in CAD or GIS software. Throughout the course, we emphasize how to interpret your data and apply it to real-world scenarios — such as construction, environmental monitoring, or infrastructure development.
By the end, you’ll be ready to manage projects independently — from initial drone flights to delivering polished, professional results.
Why choose our WebODM course?
At Geo-ICT, we believe open-source tools should be just as powerful — and accessible — as commercial software. Our WebODM course is designed by professionals who use drone data every day in surveying and engineering environments.
Rather than just teaching software features, we focus on real-world results. You’ll work with real drone datasets, follow project-based workflows, and build outputs that meet professional mapping and construction standards.
Choosing WebODM gives you freedom: no costly licenses, no vendor lock-in, and no hidden limitations. You’ll have full control over your workflows and the flexibility to adapt them to any project or client need.
Whether you’re starting your geospatial career or looking to expand your expertise, this course will equip you with practical, future-ready skills that you can put to work right away.
Course structure
Day 1
We begin with the essentials: flight planning, drone data collection techniques, and setting up your first projects in WebODM. In the morning, you’ll get a solid grounding in photogrammetry principles. The afternoon session focuses on your first full data processing run, where you’ll generate orthophotos and 3D meshes from real-world drone imagery.
Day 2
The second day dives deeper into advanced processing. You’ll create dense point clouds, generate digital elevation models (DEMs), and clean up outputs for high-accuracy deliverables. You’ll also practice taking measurements, analyzing elevation data, and preparing outputs ready for CAD and GIS systems. By the end of the day, you’ll complete a full project cycle — from raw images to client-ready results.
Learning Outcomes
- Plan and execute drone flights optimized for photogrammetric mapping
- Process aerial images with WebODM to create accurate orthomosaics, point clouds, and elevation models
- Refine outputs for use in CAD, GIS, and engineering applications
- Perform area, volume, and distance measurements on processed models
- Apply drone-derived geospatial data to real-world surveying, construction, and environmental projects
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 Pix4DSurvey
Pix4Dsurvey is a specialized software designed for processing and managing geospatial data collected from photogrammetry, drones, LiDAR, or other surveying tools. It allows users to convert point clouds, aerial images, and elevation models into precise survey-ready vectorized outputs, such as contour lines, 3D surfaces, and other topographic information. Pix4Dsurvey integrates seamlessly with other Pix4D products and is used by surveyors, engineers, and GIS professionals for tasks like land surveying, construction, and infrastructure planning. The software is designed to simplify the workflow, making it easier to handle large datasets and generate CAD-ready deliverables.
The Pix4Dsurvey course is intended for professionals in the fields of surveying, mapping, geospatial analysis, and engineering who want to enhance their skills in processing and analyzing geospatial data. It is particularly useful for surveyors, GIS specialists, architects, civil engineers, and anyone involved in land management, construction, or infrastructure projects. The course is designed for individuals looking to efficiently process drone images, LiDAR data, and photogrammetry to create accurate 3D models, topographic maps, and other survey-ready deliverables. Both beginners and experienced users seeking to deepen their knowledge of Pix4D software can benefit from this course.
In the Pix4Dsurvey course you will learn how to process geospatial data, such as drone images and point clouds, into accurate topographic maps and 3D models. The course covers, among other things:
- Basics of photogrammetry and geodata: You will learn how to use aerial photos and drone images to collect reliable data.
- Image data processing: You will become familiar with the Pix4Dsurvey platform and learn how to import images, configure processing settings and manage the processing process.
- Generating 3D models and maps: You will learn how to create detailed digital elevation models (DEMs) and orthomosaics and how to convert this data into usable maps and models.
- Topographic measurements and analysis: You will learn how to perform accurate measurements, such as volume calculations and distance measurements, for applications in surveying, construction and infrastructure.
Practical exercises allow you to apply the software to real projects and learn essential skills for your field.
In short, Pix4Dmapper is ideal for general photogrammetry tasks, while Pix4Dsurvey is geared toward advanced surveying and topographic analysis.