Max amount of FITech students: 50
Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course.
This course provides a comprehensive introduction to the rapidly evolving space economy. Based on the EU Space Academy modules (https://www.euspa.europa.eu/spaceacademy), it explores the fundamentals of GNSS, Earth observation, space situational awareness, satellite communication, cybersecurity, entrepreneurship, regulation, and innovation ecosystems in the EU context. Students will gain both technical and strategic insights into the opportunities emerging from space-based services and data.
The course brings together insights from real-world startups and policymakers. Excellent opportunity for those considering careers or ventures in the space domain or are interested in space-based data with applications.
Course contents
- Introduction to EU Space initiatives
- GNSS and Earth Observation systems (Galileo, Copernicus)
- Space Situational Awareness (SSA/SST), Space Traffic Management (STM)
- SatCom and secure communications (GOVSATCOM, IRIS²)
- Entrepreneurship in space (startups, MVP, funding, pitching)
- Cybersecurity and resilience
- Space law and policy
- Applications across sectors: agriculture, health, transport, consumer electronics, safety, emergency response, climate services
- Data economy, AI, IoT and emerging technologies in space
- Business model development and go-to-market strategies
Learning outcomes
After completing the course, students will be able to
- understand the key components and stakeholders of the European space economy
- recognise the role of GNSS, EO, SatCom, and SSA in societal and commercial services
- identify challenges and opportunities in the space innovation ecosystem
- evaluate business models and funding strategies for space-based ventures
- reflect on the regulatory, ethical and cybersecurity aspects of space systems
- apply knowledge to real-world use cases in Earth observation, mobility, climate, and digital & critical infrastructures.
Course material
- EU Space Academy video modules and related quizzes on Tampere University’s Moodle learning platform.
- Selected scientific articles, as well as readings and policy documents from EUSPA, ESA and the European Commission.
- Real-life case studies from EU space startups and programs.
Teaching schedule
- Kick-off session (Week 1, recorded) – 25.8.2025
- Self-paced module completion (Weeks 1–7).
- Mid-course Q&A and peer exchange (Week 4, recorded).
- Final wrap-up session and reflection assignment submission (Week 8, recorded).
Completion methods
- Completion of video modules with quizzes (pass/fail).
- Final reflection assignment (pass/fail).
- Active participation in Q&A and discussion forums (recommended).
More information in the Tampere University study guide.
You can get a digital badge after completing this course.