October 4-10 is World Space Week. This year’s theme is Rocket Revolution. Celebrate how space launch technology has changed from a few government-led programs of yesterday, to the fast-growing global ecosystem of tomorrow. Today, access to space has become more affordable than it was in the past. For this World Space Week, we encourage classrooms to host safe STEM events to inspire young astronomers and astronauts to reach for the stars.
What makes a rocket successful? Is it the shape, the size, the materials, or something else? This Rocket Revolution STEM Challenge gives students the opportunity to explore these questions while putting the engineering design process into action. Instead of simply learning about rockets, students become engineers. They work through a cycle of Ask, Imagine, Plan, Create, Test, Improve, and Communicate—learning that successful designs rarely happen on the first try.
Ask — What makes a rocket successful?
Students begin by identifying the characteristics of a successful rocket. They might consider questions such as: How far should it travel? How can it fly straight? What factors could affect its flight?
Imagine — Brainstorm designs.
Next, students brainstorm possible rocket designs. They can think creatively about shapes, materials, fins, and other features that might improve performance.
Plan — Sketch their rocket.
Before building, students create a labeled sketch of their design. This step encourages them to think through their ideas and make purposeful decisions.
Create — Build a model.
Now it’s time to build! Students turn their plans into model rockets using available classroom materials.
Test — Launch it.
The exciting part arrives when students test their designs. A launch provides real evidence about what works—and what doesn’t.
Improve — Modify the design.
Engineering is all about improvement. Students analyze their results, identify weaknesses, and make changes to their rockets. They then test again, discovering how small design changes can produce different results.
Communicate — Explain what changed and why.
Finally, students share their results. They explain what they changed, why they made those changes, and how the modifications affected their rocket’s performance.
Read about the Future of Space Exploration with a FREE reading passage worksheet. By combining science instruction with hands-on engineering, the Rocket Revolution challenge transforms students from passive learners into problem-solvers, designers, and young engineers—with every launch providing a new opportunity to learn, improve, and try again.
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