Space and STEM courses and workshops
Course 01: Little Space Explorers: A Journey Through the Cosmos
STEM · Space Exploration · Hands-on · Overview
A comprehensive, multi-session program designed to introduce young minds to the wonders of the universe. From building rockets to understanding how astronauts live, this course covers the fundamentals of space exploration through interactive, playful modules.
Students will learn
- The basics of the Solar System and orbital mechanics
- How astronauts train, live, and work on the ISS
- The engineering design process (building and launching a model)
- Age range
- 6 – 10 years
- Type
- Group activities (Multi-session)
- Complexity
- Low
- Duration
- 5 sessions (1h each)
Material included: Crafting materials, astronaut logbooks, and activity dossier.
Sustainable Development Goals: SDG 4 Quality Education
Course 02: Earth Guardians: Space Tech for Sustainability
Sustainability · Earth Observation · Climate Change
Discover how looking down from space helps us protect our planet. Students will learn about Earth Observation satellites and design a conceptual mission to monitor climate change, deforestation, or ocean health using space data.
Students will learn
- The role of satellites in tracking climate change
- How to interpret basic Earth observation data
- How technology can provide solutions for environmental challenges
- Age range
- 11 – 16 years
- Type
- Workshop & Debate
- Complexity
- Medium
- Duration
- 2h
Material included: Satellite imagery prints, design sheets, interactive web tools.
Sustainable Development Goals: SDG 13 Climate Action, SDG 9 Industry, Innovation, SDG 15 Life on Land
Course 03: From Hidden Figures to Artemis: Women Shaping Space
Gender Equality · History · Inspiration · STEM
An inspiring journey through the history and future of women in space exploration. From early human computers to modern astronauts and engineers preparing for the Moon, this interactive talk empowers students to break stereotypes in STEM.
Students will learn
- The historical contributions of women in aerospace
- The goals of the Artemis mission and the future of lunar exploration
- How to recognize and overcome gender bias in science and tech
- Age range
- 10 –∞
- Type
- Interactive seminar & Group discussion
- Complexity
- Low
- Duration
- 1h 30min
Material included: Presentation slides, biographical flashcards, debate prompts.
Sustainable Development Goals: SDG 5 Gender Equality, SDG 10 Reduced Inequalities
Course 04: Star Weavers: Myth, Mapping, and Megaconstellations
Astronomy · Navigation · Technology
A bridge between ancient storytelling and modern technology. We explore how our ancestors used constellations to navigate the seas, and how today we are building "megaconstellations" of artificial satellites for global connectivity.
Students will learn
- How to recognize major star constellations and their mythology
- Ancient navigation vs. modern GPS technology
- What satellite constellations are (e.g., Starlink, Galileo) and the issue of space debris
- Age range
- 8 – 14 years
- Type
- Hands-on activity + Stargazing simulation
- Complexity
- Medium
- Duration
- 1h 45min
Material included: Star maps, string and pins for constellation building, simulation app access.
Sustainable Development Goals: SDG 4 Quality Education, SDG 9 Industry, Innovation
Course 05: Mission Control: The Mechanics of Exploration
Physics · Teamwork · Spacecraft
Step into the shoes of mission controllers and aerospace engineers. This workshop breaks down how we send probes to other planets, focusing on problem-solving, mission planning, and teamwork under pressure.
Students will learn
- The phases of a space mission (design, launch, operation)
- Basic orbital mechanics and how rockets work
- Crisis management and communication in deep space
- Age range
- 12 – 18 years
- Type
- Group challenge / Role-play
- Complexity
- High
- Duration
- 2h 30min
Material included: Mission briefings, role badges, crisis scenario envelopes.
Sustainable Development Goals: SDG 4 Quality Education, SDG 9 Industry, Innovation
Course 06: AI in Orbit: The Smart Satellites of Tomorrow
Artificial Intelligence · Coding · Future Tech
How is Artificial Intelligence changing the space sector? This workshop introduces the basics of AI applied to space rovers and satellites. Students will understand how machines learn to recognize craters, avoid obstacles, and process space data.
Students will learn
- The fundamentals of Machine Learning and AI
- How autonomous rovers navigate alien terrains
- The ethical implications of AI in technology
- Age range
- 14 – 18 years
- Type
- Tech workshop / Computer lab
- Complexity
- High
- Duration
- 3h
Material included: Laptops/Tablets (if provided), interactive AI web simulators.
Sustainable Development Goals: SDG 9 Industry, Innovation, SDG 4 Quality Education
Course 07: Space as a Classroom: EdTech & STEM for Teachers
Teacher Training · Lesson Planning · EdTech · Artificial Intelligence
A practical training module designed for educators. Learn how to use space exploration and emerging tech as a "hook" to teach math, physics, coding, and teamwork, making lessons more engaging and inclusive.
Teachers will learn
- Project-Based Learning (PBL) methodologies applied to space
- How to integrate real space data (ESA/NASA) into school curricula
- Gamification techniques and simulation software use in class
- Target
- Educators & School Staff
- Type
- Training module
- Complexity
- Medium
- Duration
- 4h to 10h (Modular)
Material included: Digital ready-to-use lesson kits, software licenses list, certificate.
Sustainable Development Goals: SDG 4 Quality Education
Course 08: Living in Outer Space: Designing Lunar and Martian Habitats
Space Architecture · Biology · Engineering · Extreme Environments
Explore the ultimate architectural challenge: keeping humans alive in the harshest environments known. Students will discover the physical and psychological challenges of living on the Moon and Mars, and apply STEM principles to design their own sustainable space habitat.
Students will learn
- The extreme hazards of space (radiation, extreme temperatures, vacuum)
- Principles of space architecture and closed-loop life support systems (ECLSS)
- How psychology and isolation affect astronaut crews
- Age range
- 12 - 18 years
- Type
- Interactive workshop & Design challenge
- Complexity
- Medium/High
- Duration
- 2h
Material included: Graph paper, markers, cardboard, tape, and printed crisis scenarios.
Sustainable Development Goals: SDG 9 Industry, Innovation, SDG 11 Sustainable Cities & Communities, SDG 3 Good Health and Well-being
Course 09: Rocket Science: Water Rocket Workshop
Physics · Aerodynamics · Hands-on · Engineering
An interactive, hands-on workshop where high school students learn the fundamental laws of motion by designing, building, and launching their own water rockets. A perfect blend of theoretical physics and practical engineering with a spectacular outdoor finale.
Students will learn
- Newton’s Laws of Motion and the physics of propulsion (thrust, drag, weight, lift)
- Principles of aerodynamics, flight stability, and the center of mass/pressure
- How to iterate and improve a design based on test results
- Age range
- 14 - 18 years
- Type
- Hands-on lab & Outdoor launch
- Complexity
- High
- Duration
- 3h 30min
Material included: Empty plastic bottles, cardboard/fins, duct tape, safety goggles, specialized water rocket launcher, and air pump.
Sustainable Development Goals: SDG 4 Quality Education, SDG 9 Industry, Innovation