In focus: Creativity and applied problem solving
Creativity helps children turn ideas into something tangible, test what works and improve what does not. In a future shaped by AI, the ability to design, build and adapt solutions will become increasingly valuable. Humans who can move from idea to creation will be better equipped to innovate rather than simply use tools.
Parent primer
This activity can get messy and unstructured, and that is part of the process. Your child may start without a clear plan or change direction midway, and that is normal. Try not to guide them toward a specific outcome or “better” design. Your role is to support their ideas, ask what they are trying to make and let them figure out how to get there.
All you’ll need
Cardboard tape string and other safe household materials. If you're looking for a ready-to-go crafting kit, this one works nicely.
How it works
- Gather a variety of simple materials in one place.
- Invite your child to make something useful or fun.
- Ask what they want to create before they begin.
- Let them start building using the available materials.
- Observe and ask what each part is for.
- Encourage them to test how their creation works.
- Ask what could be added or changed to improve it.
- Let them make adjustments and test again.
- Invite them to explain how it works once finished.
What to notice
Your child starting with an idea and adapting it as they build.
Creative use of materials in unexpected ways.
Moments of problem solving when something does not work.
Pride in explaining what they created and how it functions.
Extend the play
Create a small “maker show” where they present their creation.
Add a simple challenge such as building something that moves or holds weight.
Save materials and revisit the creation later to improve it.
Combine their creation with storytelling or role play.
Age modifiers
Ages 3-4: Focus on simple building and exploring materials without a fixed goal.
Ages 5-6: Encourage describing what they are making and what each part does.
Ages 7-8: Introduce simple challenges such as making something stable or functional.
Ages 9-10: Ask them to plan before building and test specific features.
Ages 11-12: Discuss design trade-offs and how changes affect performance.
Reflections for parents
It can feel natural to step in and suggest improvements or show a quicker way to build something. This activity invites you to step back and let your child lead the process. Watching how they approach creation, even when it is inefficient, reveals how they think and solve problems.
Why this works
Hands-on making activities strengthen creativity by linking ideas with physical construction and iteration. Research shows that open-ended building supports problem-solving and flexible thinking when children are allowed to explore and refine their designs independently.
Martinez, S. L., & Stager, G. S. (2013). Invent to learn: Making, tinkering, and engineering in the classroom. Constructing Modern Knowledge Press.
Final takeaway
When children learn to turn ideas into something real they build confidence in their ability to create and improve. That mindset supports innovation adaptability and ownership over their learning.