Do I need an AI account to do these?

Not for the first four — they're paper, phone keyboard, and conversation. Activities 5–10 need access to an AI tool, and for under-13s that should be a kid-appropriate one or your own account with you present.

What age are these for?

Roughly 5–12, in the order given. The unplugged ones work from about five; the checking activities land best from about eight, when children can hold the idea that a confident voice might be wrong.

Which single activity should I do if I only do one?

The expert test. Nothing else teaches so much in ten minutes, because your child is the authority for once and the machine visibly fails in front of them.

Are these enough on their own?

They build understanding, which is half of it. The other half is habit, and habit needs repetition on real projects — which is why activity nine is the one to repeat rather than the one to tick off.

Which of these need a COPPA parental-consent flow?

Activities 1 through 4 need no account at all — they are paper, conversation and a kitchen table. Activities 5 through 10 use an AI service, and general-purpose AI products are almost universally 13-and-over in their terms, which is a direct consequence of the Children’s Online Privacy Protection Act: collecting personal information from a child under 13 requires verifiable parental consent, and most general products chose to set an age floor rather than build a consent system. So for a child under 13, run those activities on your own account with your child beside you — or use a product that is actually built for their age and has a real consent flow.

Our district restricted AI. Are these activities off-limits?

No. A district AI policy governs school devices, school accounts and schoolwork. What you do together at home on your own account is your call as the parent. Read the actual policy — it is usually posted — and then be explicit with your child about which rules apply where, because that distinction is not obvious to a ten-year-old and getting it wrong at school is genuinely costly for them.

My child’s teacher asked for AI-literacy activities. Can I share these?

Yes, and the grade-band table above is the part to send. It maps each activity to a CSTA level, which is the vocabulary most US computer science standards are written in, so a teacher can see immediately where an activity fits without having to translate it. The four no-account activities work as-is for a full classroom.

Teaching kids about AI

AI activities for kids: 10 free ways to explore how AI works

The best activities for teaching a child how AI works mostly don't require an AI account — several don't require a screen at all. What they require is a small, surprising moment where the machine's behaviour becomes visible. Here are ten we'd actually run at a kitchen table, with what each one teaches and roughly how long it takes.

Flat pastel illustration of a craft table seen from above: an open blank notebook, a paper airplane, coloured building blocks, scissors and a small friendly robot, on a cream background.

How to use this list

These are ordered roughly from youngest to oldest, but the ages are soft — a curious seven-year-old will enjoy activity six, and an eleven-year-old will still find activity one funny. Each takes between five and thirty minutes, and the only equipment you might need is a phone, a pen, and an AI tool you already have access to.

One rule makes all of them work better: let your child be the one who notices. The activity fails if you explain the lesson at the end. It succeeds when they say "wait, that's wrong" and you say "huh — why do you think that happened?"

If you have a whole week rather than an evening — a fall break with no camp booked — the same ideas are sequenced into a five-day plan here.

The same ideas sequenced into a five-day plan

Pick one for tonight: what you need and what to watch for

Every activity below works at a kitchen table. Scan this for the one that fits the time you have and the things you already own — the full instructions are in the sections that follow.

Activity	Time	What you need	What your kid should notice
1. The autocomplete story	5 min	A phone keyboard. No AI account.	A fluent sentence can be about nothing at all — the machine is guessing the next word, not meaning anything.
2. Robot sandwich	15 min	Bread, a spread, a knife, pen and paper.	The machine did exactly what was written, not what was meant. That gap is what a good instruction closes.
3. Twenty questions as a classifier	10 min	Nothing. Pen and paper helps.	Some questions cut the possibilities in half and some barely help — that choice is what a classifier is doing.
4. Teach a paper robot to sort	20 min	Paper and pencils.	Rules learned from a few examples break the moment something unusual shows up. AI errors live at those edges.
5. The expert test	10 min	Your device, your account, and a topic your kid knows cold.	The wrong answer sounded exactly as confident as the right ones. Confidence is not evidence.
6. Same question, two sessions	5 min	Your device, two fresh chats.	It generates rather than retrieves — a thing that answers differently each time is not a reference book.
7. Prompt ladder	15 min	Your device, three tries at one request.	They caused the improvement. Being specific is the skill, and the effect is visible in one sitting.
8. Catch the confident mistake	15 min	Your device plus one real source to check against.	It would rather invent something plausible than say "I do not know."
9. Direct a tiny game	30 min	Your device and an AI built for kids.	The whole loop — plan, instruct, test, fix — is the actual skill, and the fixing is where the thinking happens.
10. Interview the AI about itself	15 min	Your device.	Its account of itself is also generated, so it deserves the same scepticism as anything else it says.

Off the screen (ages 5–9)

1. 1. The autocomplete story — 5 minutes, no AI account Open your phone's keyboard, type "Today I want to", then tap the middle suggested word over and over. Read the resulting nonsense aloud. Teaches: prediction from patterns is exactly how a language model works — and why it can produce a fluent sentence about nothing.
2. 2. Robot sandwich — 15 minutes, no screen Your child gives you instructions to make a sandwich and you follow them with malicious literalness. "Put the butter on the bread" gets you the tub placed on the loaf. Teaches: precise instructions matter, and machines don't fill in what you meant.
3. 3. Twenty questions as a classifier — 10 minutes, no screen Play twenty questions, then afterwards write down which questions split the possibilities best. Teaches: how a machine narrows down an answer by asking what distinguishes things, which is the intuition behind classification.
4. 4. Teach a paper robot to sort — 20 minutes, paper only Draw ten animals. Ask your child to write rules that sort them into 'pets' and 'wild'. Then hand them a hamster in a zoo, or a fox in a garden. Teaches: rules learned from examples break at the edges — which is where AI errors live too.

With an AI tool, side by side (ages 8–12)

1. 5. The expert test — 10 minutes Ask an AI to explain the thing your child knows best in the world: their game, their sport, their book series. Have them mark it out of ten and circle the mistakes. Teaches: confident tone is unrelated to accuracy — learned from the one topic where they outrank the machine.
2. 6. Same question, two sessions — 5 minutes Ask an identical question in two fresh chats and compare the answers. Teaches: it's generating, not retrieving. Anything that gives two different answers to one question isn't a reference book.
3. 7. Prompt ladder — 15 minutes Ask for a story three ways: "write a story"; "write a funny story about a dog"; "write a five-sentence funny story about a dog who is scared of grass, ending with a twist". Line the three up. Teaches: specificity is the skill — and the child can see the improvement they caused.
4. 8. Catch the confident mistake — 15 minutes Ask about something genuinely obscure — a small local landmark, a very minor character. Then verify with a real source. Teaches: AI would rather produce something plausible than say "I don't know", which is the single most useful thing to know about it.

Build something (ages 9–12)

1. 9. Direct a tiny game — 30 minutes Have your child describe a simple game they want — dodge the falling rocks, catch the good things — and direct an AI to build it, testing and correcting as they go. Teaches: the whole loop at once, plan → instruct → test → fix. This is the activity that most resembles the actual skill.
2. 10. Interview the AI about itself — 15 minutes Have your child ask it: how do you know things? do you remember me? can you be wrong? who made you? Then discuss which answers they believe and why. Teaches: healthy scepticism aimed at the machine's own account of itself — a surprisingly advanced move that eleven-year-olds enjoy.

Practical questions

Do I need an AI account to do these?: Not for the first four — they're paper, phone keyboard, and conversation. Activities 5–10 need access to an AI tool, and for under-13s that should be a kid-appropriate one or your own account with you present.
What age are these for?: Roughly 5–12, in the order given. The unplugged ones work from about five; the checking activities land best from about eight, when children can hold the idea that a confident voice might be wrong.
Which single activity should I do if I only do one?: The expert test. Nothing else teaches so much in ten minutes, because your child is the authority for once and the machine visibly fails in front of them.
Are these enough on their own?: They build understanding, which is half of it. The other half is habit, and habit needs repetition on real projects — which is why activity nine is the one to repeat rather than the one to tick off.

Adapting these for your particular child

The child who wants to win — Make it a scoring exercise. Ten points for every mistake they catch the AI making, and they keep a running tally on the fridge. Competitive kids will interrogate a chatbot far harder than any curriculum would ask them to.
The child who doesn't like screens — Stay in the first four. Robot sandwich and the paper sorting robot teach the underlying ideas properly, and a child who understands them will arrive at their first real AI session already calibrated.
The child who's already very online — Skip to eight and ten. They've used AI, they think they know it, and the fastest way through that is letting them catch it fabricating something and then asking it to explain itself.
Siblings at different ages — Run the prompt ladder together with the older one directing and the younger one judging the results. Both learn, nobody's bored, and the judging role is the more valuable one anyway.

What to do after the activities

Ten activities take a few weeks at a comfortable pace, and then there's a question of what next. The honest answer is that understanding has a ceiling and habit doesn't. Once a child knows AI predicts, that it's often wrong, and that how you ask changes what you get, further demonstrations add little. What adds a lot is doing something real with it, repeatedly, where the checking actually matters because the thing has to work.

That's why activity nine is the one to return to rather than tick off. Building something puts every idea from the other nine into use at once: the child has to be specific, test what came back, notice the mistake, and explain what they made. Do that a dozen times and the habits stop being something you have to prompt for.

Why your child’s school suddenly has an AI plan

If it feels like American schools went from ignoring AI to having a policy about it in about eighteen months, that is roughly what happened, and it is worth understanding before you sit down to do any of the activities below.

In May 2023 the US Department of Education’s Office of Educational Technology published "Artificial Intelligence and the Future of Teaching and Learning: Insights and Recommendations." Its central recommendation is the one worth borrowing: keep humans in the loop. Not "ban it," not "adopt it" — keep a person responsible for the judgement.

On 23 April 2025 an executive order, "Advancing Artificial Intelligence Education for American Youth" (EO 14277), created a White House Task Force on AI Education, directed the development of K–12 AI-literacy resources and educator training, and launched a nationwide Presidential AI Challenge for students.

And the states moved. As of an August 2026 count, 35 states plus Puerto Rico have official guidance or policy on the use of AI in K–12 schools. That number has been climbing for two years; yours is very likely on the list, and the guidance is public.

What this means at your kitchen table is simple and slightly urgent. Your child is going to encounter AI as a school subject with rules attached, probably within a year, whether or not you have introduced it. The activities on this page take between five and thirty minutes each, cost nothing, and let that first encounter happen with you in the room instead of in a classroom handout. That is the whole argument.

Pick one by grade band

American grade bands, mapped to the CSTA K–12 Computer Science Standards levels your state’s standards are most likely written against. "Account" means the activity requires signing in to an AI service — which for a child under 13 means a COPPA consent flow, so those are the ones you run on your own account, sitting together.

Activity	Grade band	CSTA level	Needs an AI account?	Time
1. The autocomplete story	K–3	1A	No	5 min
2. Robot sandwich	K–3	1A	No	15 min
3. Twenty questions as a classifier	Grades 2–4	1A–1B	No	10 min
4. Teach a paper robot to sort	Grades 2–4	1A–1B	No	20 min
5. The expert test	Grades 3–6	1B	Yes — your account	10 min
6. Same question, two sessions	Grades 3–6	1B	Yes — your account	5 min
7. Prompt ladder	Grades 4–7	1B–2	Yes — your account	15 min
8. Catch the confident mistake	Grades 4–7	1B–2	Yes — your account	15 min
9. Direct a tiny game	Grades 4–8	1B–2	Yes — or a kid-safe tool	30 min
10. Interview the AI about itself	Grades 4–8	1B–2	Yes — your account	15 min

How to raise this at a parent-teacher conference

US parent-teacher conferences are short — often fifteen minutes, twice a year, in the fall and again in late winter. That is not enough time for a philosophical conversation about artificial intelligence, so go in with three specific questions instead.

First: does the district have a written AI policy, and where can I read it? You want the document, not the summary. Most of them are more moderate than the email that announced them.

Second: what is the rule for my child specifically — on a school device, on a school account, and on homework done at home? These are three different rules in most policies, and children conflate them constantly.

Third: what happens if my child uses AI well — to check their own work, or to build something — rather than to avoid work? Teachers rarely get asked this, and the answer tells you whether the policy is about integrity or about avoidance.

If you want language that will land, borrow the Department of Education’s: keep humans in the loop. It is the federal framing, teachers have generally seen it, and it moves the conversation from "is AI allowed" to "who is responsible for the thinking" — which is the conversation you actually want to have.

A note on "AI exhibits" and getting out of the house

A meaningful share of American parents who land on this page were searching for AI exhibits — something to go and see, not something to do at the table. That is a fair thing to want and we are not going to pretend otherwise.

We are deliberately not publishing a list of specific museum exhibits, because touring and temporary exhibits change constantly and a list we cannot keep current would send you to a closed installation. Here is the method instead.

Start with your nearest science center or children’s museum and search its site for "artificial intelligence," "robotics," or "computer science" rather than browsing the exhibit list — AI content is often folded into a broader technology gallery and does not get its own heading. The Association of Science and Technology Centers maintains a directory of member institutions, which is the fastest way to find what is actually within driving distance.

Then check the universities. US computer science departments run public outreach with real regularity — open houses, summer programs, engineering-week demonstrations — and these are frequently free and frequently better than a museum exhibit, because a graduate student explains the thing to your child directly. Search your nearest university’s CS department site for "outreach" or "K-12."

And check the public library. American library systems have quietly become the largest provider of free technology programming for children in the country; robotics clubs and maker spaces are common, and your library card already paid for it.

Questions from US parents

Which of these need a COPPA parental-consent flow?: Activities 1 through 4 need no account at all — they are paper, conversation and a kitchen table. Activities 5 through 10 use an AI service, and general-purpose AI products are almost universally 13-and-over in their terms, which is a direct consequence of the Children’s Online Privacy Protection Act: collecting personal information from a child under 13 requires verifiable parental consent, and most general products chose to set an age floor rather than build a consent system. So for a child under 13, run those activities on your own account with your child beside you — or use a product that is actually built for their age and has a real consent flow.
Our district restricted AI. Are these activities off-limits?: No. A district AI policy governs school devices, school accounts and schoolwork. What you do together at home on your own account is your call as the parent. Read the actual policy — it is usually posted — and then be explicit with your child about which rules apply where, because that distinction is not obvious to a ten-year-old and getting it wrong at school is genuinely costly for them.
My child’s teacher asked for AI-literacy activities. Can I share these?: Yes, and the grade-band table above is the part to send. It maps each activity to a CSTA level, which is the vocabulary most US computer science standards are written in, so a teacher can see immediately where an activity fits without having to translate it. The four no-account activities work as-is for a full classroom.

Ready to go past kitchen-table activities?

Luchi turns activity nine into a guided path: kids build real games with Luchi, test where it goes wrong, and explain what they made.

Get on the list

The full teaching roadmap

Part of the series: Teaching kids about AI

Related guides in this series

How to explain AI to a child — Simple analogies and sample scripts by age (5–12), plus the three things every kid should understand about AI.
Fall break activities for kids — A half-day-by-half-day plan for five unstructured days — ten low-prep blocks, screen and off-screen alternating, ending with your child explaining what they made.
AI tools for kids — A parent’s shortlist of genuinely kid-appropriate AI tools — what to look for, what to avoid, and how to tell a real kid tool from a repackaged chatbot.