My Kids Built Video Games With AI Last Year. The Hard Part Wasn't What I Expected.
The real skill isn't coding - it's articulating what's in your head
I showed my kids how to build games with AI last year.
My older son (12) started early in the year. My younger son (9) picked it up toward the end. Neither of them has ever written a line of code.
My 12-year-old built a tank battle game with randomly generated maps. My 9-year-old built a 3D first-person prison break game - three chapters, a full storyline, graphics that look like they came out of Roblox.
I want to tell you about what happened. But more importantly, I want to tell you about what was hard. Because it wasn't what I expected.
What The Kids Built
My son went for a tank game. He got the basic mechanics working pretty quickly - movement, shooting, simple enemies. AI handled that without much trouble.
Then he wanted something harder. He wanted the map to be different every time you play. Not a fixed layout - a procedurally generated battlefield with obstacles, terrain, and spawn points that made sense.
That's a real computer science problem. Algorithmic map generation. And he had to figure out how to describe it to the AI precisely enough to get a working result.
It took him a bunch of rounds going back and forth. "No, I want the walls to be random but not blocking the path." "The tanks should start far apart." "There should be places to hide but not too many." Each time the AI tried something, he'd test it, see what was wrong, and try to explain the fix.
He got there eventually. The maps aren't perfect. But they work. And he understands what procedural generation is now - not because someone taught him the concept, but because he needed it for his game.
My 9-year-old's project was more ambitious than I expected. He wanted a 3D first-person game where you escape from a prison. He had the whole thing in his head - the layout of the prison, the guards' patrol routes, the items you need to find, the plot twists between chapters.
The 3D graphics ended up looking like Roblox, which he was thrilled about. Three playable chapters. A storyline that actually holds together.
He's nine.
The Real Bottleneck
Here's what surprised me. The technology wasn't the hard part. The AI could generate code, create game mechanics, design levels, render 3D environments. The tools are there.
What was hard - for both of them - was articulating what was in their head.
My son knew exactly what he wanted the random maps to feel like. He could picture it. He just couldn't describe it in words precise enough for the AI to build it. There's a huge gap between "I want it to be kind of random but also fair" and a specification the AI can execute on.
My 9-year-old had an even bigger version of this problem. He had a rich, detailed world in his imagination. Getting it out of his head and into language was the bottleneck. Not the coding. Not the technology. The translation from imagination to words.
I watched both of them develop this skill in real time. After a few sessions they were noticeably better at describing what they wanted. More specific. More structured in how they communicated.
The Skill That Actually Matters
We keep asking the wrong question about kids and AI. The question isn't "should kids learn to code if AI can code for them?" That's like asking whether kids should learn to drive when self-driving cars are coming. It misses the point.
The better question is: what does AI require you to be good at?
And from watching my kids, the answer is clear. You need to be good at knowing what you want and explaining it clearly.
That sounds simple. It isn't.
Think about how often you struggle to articulate an idea at work. How many meetings are just people failing to describe what they actually mean. How many projects go sideways because the spec was fuzzy.
Now imagine a generation of kids who grew up practicing this skill - not in a classroom exercise, but because they needed it to build the thing they were excited about.
My son didn't learn "prompt engineering." He learned how to take a fuzzy idea in his head and refine it into something precise enough to execute. That's a thinking skill. It transfers to everything.
What I'd Tell Other Parents
You don't need to be technical to do this with your kids. I didn't sit down and teach them programming concepts. I showed them how to talk to the AI and then got out of the way.
The magic is that kids already have the creativity. They have worlds in their heads that are more imaginative than anything I'd come up with. What they need is the experience of translating those worlds into words. AI gives them a reason to practice that.
A few things I noticed:
The best prompts came from frustration. When the AI got something wrong, my kids had to figure out why it was wrong and explain the difference between what they got and what they wanted. That's higher-order thinking dressed up as a game.
They learned iteration naturally. Not as a concept someone taught them, but as a thing you do. You try, it's not right, you adjust, you try again. By the fifth or sixth round they stopped being frustrated by imperfect results and started treating each attempt as information.
They developed taste. My 9-year-old rejected several versions of his prison layout not because they were broken, but because they "didn't feel right." He was making design judgments. At nine.
The Bigger Picture
I keep thinking about this: my kids built things last year that would have required a team of developers a decade ago. Not perfect versions - but working versions. Playable games with real mechanics and narratives.
The barrier to building just dropped to zero. The only barrier left is: can you describe what you want to build?
That's not a technology problem. That's a clarity-of-thinking problem. And the best way I've found to practice it is to give a kid an AI and something they're excited about building.
The prison break game has bugs. The tank maps sometimes generate weird layouts. But my kids built them. And more importantly, they learned how to think clearly enough to explain what they imagined.
That might be the most useful skill they develop this year.
Have your kids tried building anything with AI? I'd love to hear what they made - send me a message.