The Copernicus Program Europe is an EU-led Earth observation initiative that provides comprehensive environmental monitoring data through a network of satellites and ground-based sensors. It offers real-time information on climate change, land use, ocean conditions, and disaster management, supporting decision-making in various fields such as environmental protection and urban planning. The course introduces participants to the program's services, data access methods, and practical applications of its satellite imagery and environmental data.
Copernicus Program Europe
Earth ObservationEarth Observation
Earth Observation and the Copernicus Program Europe
Earth observation is transforming the way we understand and interact with our environment. By collecting data from space, we can monitor changes on Earth in real time—whether it’s melting glaciers, deforestation, or urban sprawl. As the world grapples with climate change, sustainable development, and environmental risk, Earth observation technology has never been more relevant.
At the center of Europe’s Earth observation efforts is the Copernicus Program, a major EU initiative that combines data from the Sentinel satellite family with ground-based sensors to provide accurate and timely environmental information. Every day, Copernicus generates enormous amounts of open-access geospatial data that support smarter decision-making in science, policy, and business.
At Geo-ICT, we believe that access to this data should come with the knowledge and tools to make it useful. That’s why our Copernicus Program Europe course is designed to equip you with both the theory and hands-on experience you need to start using satellite data in your own work. Whether you’re exploring a new career path in geospatial analysis or want to add value to your current role, this course offers the foundation to get started.
What will you learn
In this course, you’ll start with the fundamentals of Earth observation and the role of the Copernicus Program. You’ll explore how satellites like the Sentinels collect essential data on climate, land use, and environmental events.
You’ll then move on to accessing and working with this data. Step by step, you’ll learn how to find Copernicus datasets, analyze them in QGIS and Erdas Imagine, and apply different techniques to visualize changes over time and space. Along the way, we’ll cover key applications—from agriculture and urban planning to environmental monitoring and emergency response.
By combining theory with guided exercises, you’ll gain both the context and the skills to confidently use satellite data. Whether you’re completely new to geodata or looking to deepen your expertise, this course helps you turn complex data into meaningful insights.
Why choose this course
At Geo-ICT, we make advanced geospatial technologies accessible and practical. This course is ideal for professionals, students, and anyone interested in learning how to work with satellite data in a real-world context.
- Hands-on learning: Get started right away using QGIS and Erdas Imagine to download, process, and analyze actual Copernicus datasets.
- Expert instruction: Our trainers bring real-world experience in Earth observation and provide support tailored to your goals.
- Real-world relevance: The skills you build apply directly to sectors like climate science, urban development, disaster risk, and agriculture.
- Flexible and approachable: Whether you’re just starting out or looking to upskill, this course is designed to meet you where you are.
Course structure
Day 1
Begin with an introduction to the Copernicus Program, including its mission, satellite systems, and the types of data it provides. You’ll learn how to access datasets and practice downloading and preparing them for analysis through guided exercises.
Day 2
Shift your focus to working with Copernicus data in QGIS and Erdas Imagine. You’ll learn how to apply basic spatial analysis techniques and interpret satellite imagery through exercises based on real-world scenarios.
Day 3
Build on what you’ve learned by exploring more advanced analysis methods. You’ll also have the opportunity to explore your own use cases or ask questions tailored to your field, with individual guidance from the instructor.
Learning Outcomes
- Understand the core principles of Earth observation and the role of the Copernicus Program in environmental monitoring
- Learn how to access, download, and analyze satellite data using QGIS and Erdas Imagine
- Apply Copernicus data to practical challenges like climate change, disaster response, agriculture, and urban planning
- Gain the skills to integrate satellite data with other geospatial datasets to support data-driven decisions and policies
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 Copernicus Programma Europe
The Copernicus Program Europe is the European Union’s flagship Earth observation initiative, designed to provide comprehensive, real-time data on the environment. It operates through a network of satellites, known as the Sentinels, along with ground-based sensors, delivering detailed information on various aspects such as land, ocean, and atmosphere monitoring. The program supports a wide range of applications, including climate change tracking, disaster response, urban planning, and environmental management, offering free and open data access to scientists, policymakers, and professionals globally.
The Copernicus Program Europe can benefit a wide range of individuals and organizations, including:
- Scientists and researchers seeking accurate environmental data for climate studies, land use, and natural resource management.
- Policymakers and government agencies using data for urban planning, disaster response, and environmental protection.
- Businesses and industries in sectors like agriculture, forestry, and infrastructure development, looking to optimize operations with precise geodata.
- NGOs and environmental organizations focused on conservation efforts and monitoring environmental changes.
- Educational institutions and students interested in Earth observation technologies and applications.
The program’s open-access data allows anyone involved in environmental monitoring, geospatial analysis, or sustainability projects to benefit from its resources.
In this course, you will learn about the Sentinels satellites, which are the core of the Copernicus Program. You will explore their different types, functionalities, and the specific data they collect, including Earth observation in areas like land monitoring, oceanography, and atmospheric studies. Additionally, you’ll learn how to access and analyze data from the Sentinels, and how this data is applied in fields such as climate change, disaster management, and environmental protection. The course will also cover the technical aspects of the satellites and their role in supporting various real-world applications.
The data from the Sentinels satellites is used for a wide range of applications, including:
- Environmental monitoring: Tracking deforestation, land use changes, and water quality.
- Climate change studies: Monitoring global temperature trends, polar ice changes, and sea level rise.
- Disaster management: Providing real-time information on natural disasters like floods, wildfires, and earthquakes to aid in response and recovery efforts.
- Agriculture: Supporting precision farming by analyzing soil health, crop conditions, and water usage.
- Urban planning: Assisting in sustainable development and infrastructure management by tracking urban expansion and resource use.
This data is crucial for scientists, governments, businesses, and NGOs to make informed decisions and develop sustainable strategies.