Why Kids Should Still Learn to Code in the Age of AI

What AI actually took over

It helps to picture building something with code as four layers sitting inside each other, like rings.

The outer ring is typing. Turning an idea into the exact words a computer will accept. This is the ring AI now handles beautifully. Ask for a program that sorts a list of names and you get one in about two seconds.

Just inside that sits reading: looking at code and understanding what it does. Inside that is debugging, which means working out why the thing in front of you is misbehaving. And right at the centre sits the quiet one, deciding what to build at all.

AI moved fastest on the outer ring. It has barely touched the centre.

What it did not take over

Here is a scene we see almost every week in class. A child asks an AI tool for a small game. The tool hands back forty lines of code. The code runs, no error message, everything looks fine. But the character moves left when it should move right.

Now the child has to do the thing AI cannot do for them. They have to look at those forty lines and find the one that is wrong.

That is reading. That is debugging. It needs a person who has seen a loop before, who knows what a variable is holding, who recognises the shape of a mistake because they have made it themselves. We pulled that job apart in what's left for your child to learn.

There is a second thing these tools will not do. They will not tell your child what is worth making. We went deeper into that in the one skill AI cannot replace, because it turns out to be most of the game.

AI can hand your child an answer. It cannot tell them whether the answer is any good.

Why the typing was never the point

Parents sometimes assume a coding class is typing practice. It never was.

When a nine-year-old writes their first loop, the useful thing that happens is not in their fingers. It happens in their head. They learn that a computer does exactly what you say, in exactly the order you say it, and not one step more. That idea is worth years of homework help.

Here is the whole thing in four lines your child can run today:

name = "Meera"

for i in range(3):
    print("Hello " + name + "!")

The moment that changes a child

Ask your child to change that 3 to a 100 and watch their face.

They did not do a hundred times more work. They changed one character. Something clicks, and it is the same click that made every programmer we know fall in love with this. A computer will repeat a boring thing forever without complaining, and you get to decide what the boring thing is.

No AI tool can have that moment on your child's behalf. It can produce the loop, but it cannot be surprised by it.

Ten years from now your child may rarely type a loop by hand at work. They will still need to know what one is, in the same way you need to understand a percentage even though your phone can calculate it. Understanding is not the same as doing, and it does not go out of date.

What you can do this week

You do not need to know any code for any of this. Not one line.

The goal is not to turn your child into a programmer by Sunday. It is to find out, cheaply and quickly, whether the spark is there.

• ✓Ask your child to show you one thing an AI tool got wrong for them recently.
• ✓Sit with them for twenty minutes while they change one number in a program and watch what happens.
• ✓Book one free trial class, then let them tell you afterwards whether they want another.