Unlock the full potential of drone technology by learning to program drones using Python. The Drone Programming with Python Course at Geo-ICT introduces you to the exciting world of drone automation, combining practical coding skills with real-world flight applications. Whether you're working in surveying, environmental monitoring, geodata collection, or innovation-driven industries, this course gives you the knowledge and tools to take your ideas airborne.
Drones with Python
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Drones and Python programming
Drones have transformed the way we view and interact with the world around us. Once used mainly by hobbyists, they’re now essential in industries like agriculture, construction, public safety, and geospatial analysis. But simply flying a drone is only scratching the surface—true innovation comes from programming drones to perform smart, automated tasks.
That’s where Python comes in. Known for its simplicity and power, Python is one of today’s most widely used programming languages. In the world of drones, it allows you to build custom scripts, automate flights, collect sensor data, and interact with onboard systems. When you combine Python with drones, you open up new possibilities in geoinformation, automation, and data-driven decision-making.
At Geo-ICT, we believe drone programming is the next step in digital transformation. This course offers hands-on learning from the start: you’ll install and configure your development environment, write your first flight commands, and build full mission scripts using DroneKit Python and Eclipse IDE. If you’re eager to apply smart technology to real-world problems, this course gives you the perfect starting point.
What will you learn
You’ll start by setting up your Python development environment and getting familiar with DroneKit Python. From there, you’ll learn to write your first scripts for basic drone actions like take-off, flying to waypoints, and collecting data. We’ll walk you through the fundamentals of drone communication, real-time telemetry, and mission control.
As the course progresses, you’ll explore how to automate drone behavior, respond to sensor input, and integrate flight data with other geospatial tools. You’ll plan projects, build software to match your goals, and safely test your drone programs in simulation and real-world scenarios.
Our approach mixes foundational Python knowledge with hands-on coding challenges. You’ll work on exercises that link drone control to practical geodata tasks, like mapping, measuring, and monitoring. By the end, you’ll not only know how drones fly—you’ll know how to make them work smarter.
Why choose this course
At Geo-ICT, we make advanced technology approachable, relevant, and engaging. This course is built for learners who want to combine drones, coding, and geodata into powerful real-world applications.
- Hands-on learning: Program real drones from day one using industry-standard tools.
- Expert instruction: Learn from professionals with real project experience in drone tech and geoinformation.
- Career-ready skills: Gain knowledge of DroneKit Python, Eclipse IDE, and drone-sensor integration that’s in demand across sectors.
- Cutting-edge tools: Use the same platforms applied in commercial, research, and environmental drone programs around the world.
Course structure
Day 1
You’ll start with an overview of Python’s role in drone programming. After installing Eclipse IDE and setting up DroneKit Python, you’ll write and test your first simple flight scripts in a simulation environment. This day focuses on building a solid foundation for your programming setup and workflow.
Day 2
You’ll begin developing a structured drone project. Through guided exercises, you’ll learn to program waypoint flights, collect telemetry data, and work with geospatial features. You’ll implement core functions such as automated take-off, navigation, and basic data logging.
Day 3
The final day focuses on more advanced applications. You’ll briefly review Python basics before building full mission scripts. You’ll also integrate sensor data and begin developing a project of your own, with one-on-one support from the instructor to tailor the work to your goals or field of interest.
Learning Outcomes
- Write and test Python scripts to control basic drone functions
- Use DroneKit Python to create and execute autonomous flight missions
- Set up and manage your development environment with Eclipse IDE
- Process and analyze geodata collected by drones
- Integrate external sensors and apply automation for advanced drone operations
- Understand essential safety and legal guidelines for drone programming and deployment
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 Drones with Python
In this course you will learn how to program drones with Python, including using DroneKit, Python Eclipse IDE, and setting up drone projects.
This course is ideal for starting and experienced geo-specialists, re-skillers, and employees of companies in the geo-sector who want to develop their skills in drone technology and Python.
Basic programming knowledge is helpful, but not required, as the course starts with the basics of Python and drone programming.
The course lasts 3 days and includes both theoretical and practical modules on programming drones with Python.
Yes, the course includes practical sessions in which you will immediately start working with drones and Python programs to develop real drone applications.
Yes, upon successful completion of the course you will receive a certificate demonstrating your skills in programming drones with Python.
You can register directly via the registration form.
The course lasts 3 days and includes both theory and practice.
The course covers setting up a programming environment, working with DroneKit Python Eclipse, making a WiFi connection, setting up your own drone project and writing applications for the drone.
The course uses an AR.Drone 2.0.