Activity 01
Build a Bottle Rocket
Using a plastic bottle, water, and a pump, pupils design and build their own rocket. They can experiment with fins and nose cone designs to see what makes their rocket fly highest, learning basic principles of thrust and aerodynamics.
Identify a famous space mission and its purpose.
Facilitation TipEnsure this activity is done outdoors in a large open space for safety and maximum launch height.
What to look forUse a 'Think-Pair-Share' activity where pupils discuss the importance of a specific space mission. Listen to their discussions to check for understanding.
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Activity 02
Design a Mission Patch
Pupils learn that every space mission has a unique patch full of symbolism. In pairs, they invent a future space mission (e.g., to Jupiter's moons) and design a patch that represents its name, crew, and objectives.
Explain how telescopes help us learn about space.
Facilitation TipProvide examples of real mission patches from NASA and the ESA to inspire their designs.
What to look forPupils complete a research project on a planet, astronaut, or space mission of their choice, presenting their findings as a poster, a digital presentation, or a written report.
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Activity 03
A Day on the ISS
After watching videos about life on the International Space Station, pupils write a diary entry from the perspective of an astronaut. They should describe their daily tasks, what they eat, how they sleep, and the view of Earth from space.
Evaluate the importance of space exploration for humanity.
Facilitation TipEncourage pupils to include both the exciting aspects and the challenging parts of living in microgravity.
What to look forPupils complete a KWL (Know, Want to know, Learned) chart at the start and end of the topic to reflect on their own learning journey.
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Activity 04
Telescope Timeline
In small groups, pupils research a famous telescope (e.g., Galileo's, Hubble, James Webb). They create a large classroom timeline showing when each was invented and a key discovery it made.
Identify a famous space mission and its purpose.
Facilitation TipAssign different telescopes to each group to ensure a wide range of information is gathered for the final timeline.
What to look forUse a 'Think-Pair-Share' activity where pupils discuss the importance of a specific space mission. Listen to their discussions to check for understanding.
RememberUnderstandAnalyzeSelf-ManagementRelationship Skills
Generate Complete Lesson→A few notes on teaching this unit
Start with what pupils already know and are curious about regarding space. Use compelling visuals like NASA documentaries and images from the James Webb telescope to bring the vastness of space into the classroom. Hands-on activities like building rockets will make abstract principles of physics tangible and fun. Emphasise the collaborative and international nature of modern space exploration.
Pupils will be able to describe famous space missions, explain how telescopes work, and understand what it takes to be an astronaut.
Watch Out for These Misconceptions
There is no gravity in space.
Gravity is everywhere in the universe. Astronauts on the International Space Station feel weightless because they are in a constant state of freefall as they orbit the Earth at high speed.
The Sun is a ball of fire.
The Sun is not on fire in the way a log burns on Earth, which requires oxygen. It's a giant ball of hot gas that produces energy through a process called nuclear fusion in its core.
You would explode in space without a spacesuit.
While it would be fatal very quickly, a person would not explode. The lack of air pressure would cause the air in your lungs to expand and the fluids in your body to boil, but your skin is strong enough to hold you together.
All stars are the same colour.
Stars come in different colours depending on their temperature. The hottest stars are blue, while the coolest stars are red. Our Sun is a yellow-white star.
Methods used in this brief