What Should You Explore With Your 5-Year-Old?

A child's question doesn't always need an immediate answer. Sometimes it is more interesting to see where the question takes you.

Your child asks:

“Do all birds fly?”

You could simply say no and name a few birds that don't. Or you could explore it together.

• What about penguins?
• What about ostriches?
• What about chickens?
• What do these birds have in common?

Now your child is comparing, noticing patterns, and building a better understanding of the original question.

Research on children's curiosity supports the value of encouraging them to ask questions. A 2025 study published in npj Science of Learning found that children who practiced asking questions during science lessons subsequently showed greater interest in obtaining new information.

You don't need a science lesson at home to apply the idea. Just make questions welcome.

Five-year-olds can learn a lot from discovering something for themselves. Imagine your child asks:

“Why does this magnet stick to the fridge?”

Instead of immediately explaining magnets, find a few objects around the house. Ask:

“Which ones do you think the magnet will stick to?”

You can add information along the way: “Magnets attract some metals. Let's see which of these objects contain those metals.”

This combination of trying, discovering, and learning from someone who knows more is a powerful way to explore.

Researchers at Lancaster University recently studied how five-year-olds learn information through their own discovery compared with information taught directly. The findings show that children at this age can learn from both experiences.

You don't have to choose between letting your child discover something and teaching them about it. You can do both.

A good exploration doesn't always begin with a question. Sometimes it begins with a problem.

• Can you build a bridge that will hold this toy?
• Can you make a paper airplane fly farther?
• Can you build a tower taller than this one?
• Can you make a boat that floats?

There is no single answer. Your child has to try something, see what happens, and decide what to change.

Research into play-based learning increasingly looks at exactly this kind of active exploration. A 2025 study published in Communications Psychology found that open-ended materials such as cardboard, sticks, pipes, and other “loose parts” encouraged more STEM-related behaviors during children's play than toys with more limited uses.

You don't need special educational toys. Sometimes a cardboard box, some tape, and a problem to solve are enough.

Something interesting happens when a child learns something: they often want to tell someone about it. That can be a valuable part of learning.

After exploring why some animals hibernate, for example, ask:

“Can you explain to me why they do that?”

Or after learning about the Moon: “If you had to explain the Moon to someone who had never seen it, what would you tell them?”

Your child doesn't need to give a perfect explanation. Trying to explain something forces them to organize what they know.

Research from Lancaster University has also looked at how young children pass information on to others after learning something themselves or being taught it.

“Can you teach me?”

Some of the best explorations don't stay inside one subject.

Why do people speak different languages?

Why do whales live in the ocean?

Why do we have winter?

Your child doesn't need to learn all of these subjects. But they can begin to discover something important:

“The world is connected.”

Books are another way into the world. A story about an animal can lead to questions about its habitat. A story about an astronaut can lead to questions about space. A story set in another country can lead to questions about how people live there.

Research involving children around this age has found that combining storybooks with opportunities to explore scientific ideas can support aspects of children's language and science learning. One 2025 study in the Early Childhood Education Journal, for example, explored science inquiry combined with picture-book reading with preschool children.

The lesson isn't that every book needs to become a science activity. It's simply that a story can be a doorway into the real world.

Curiosity and knowledge feed each other.

The more your child learns about animals, the more interesting animal questions can become. Learning a little about maps can make a conversation about travel much more meaningful. Knowing something about the past can make an old building suddenly fascinating. Learning about the Moon can make looking at it together feel completely different.

Knowledge doesn't replace curiosity.

“It gives curiosity somewhere to go.”

Sometimes your child asks a question and wants a quick answer. Give them one. Sometimes they want to know everything. Explore it together.

You don't need to turn every conversation into an educational activity. The important thing is to notice when there is genuine interest and, when your child wants to keep going, have somewhere interesting to take it.

You don't need to create a curriculum for your child. You don't need to decide which subjects they should explore this week.

Sapienta starts with your child's profile and previous feedback and suggests six things worth exploring. You choose one.

Sapienta creates a short, age-appropriate exploration with a real picture and a takeaway. Afterward, you can tell Sapienta whether your child loved it and whether the level was too easy, just right, or too difficult. The recommendations can adapt.

So instead of asking, “What should my five-year-old learn today?” you can start with:

“What would they love to discover?”

Your child asks: “How do airplanes stay in the air?” You could simply give them the answer. Or you could explore it together.

Then explore:

You don't have to finish the chain. Your child doesn't need to remember every fact. The important thing is that one question became a reason to look more closely at the world.

It is tempting to think that the goal of curiosity is to provide answers. But sometimes the better outcome is another question.

Your child asks: “Why do people live near rivers?” You explore the answer. Then they ask: “Wouldn't the river flood their houses?” Now you have somewhere else to go.

That's curiosity working. Not a list of questions completed. Not a lesson finished.

“Just a child discovering that the world contains more interesting things than they first realized.”