Give them a head start, not a pep talk

The moment a kid looks at their folder and decides tomorrow is a better day

I watched this happen with one of my boys recently. He had a SAC coming up, a stack of teacher notes, a textbook chapter, two practice exams, and a folder full of the kind of material that looks official and feels heavy. He opened it, stared for a while, and closed it. Tomorrow is a better day.

I honestly get it. The material looked like a mountain. It was not written for him. Some of it was too summarised, some of it was too detailed, and none of it was written in the way he actually thinks about things. That inertia is the real enemy when it comes to exam prep. Not the content, not the time, not the teacher. The inertia.

Feynman had this figured out

One of my favourite teachers is Richard Feynman. I never sat in his classroom, but I have read enough of him to see how he built an explanation. He started with the intuition. He made sure you could feel the idea in your gut before he went anywhere near the equations. Once you had that, the detail had something to hang off.

When I do serious learning with AI, I almost always frame it up this way. Give me the intuition first, then the detail. Most course materials skip straight to the detail because the syllabus says they have to, and the student is left trying to assemble the intuition themselves after the fact. That is a very hard thing for a teenager to do on their own at 9pm the night before a SAC.

The backtrack gap

Here is another one I see. Teachers and textbooks tend to stay on the specific thing being taught right now. That makes sense, they have a lot of ground to cover. But if a student missed a concept three months ago, today's material quietly assumes they did not. There is no easy way back. They are meant to just know it.

Kids rarely put their hand up and say, I actually did not understand diffusion, can we go back and do that again. They sit there nodding, and the gap just gets bigger every week.

Every kid learns differently. The same kid learns differently every session.

I have two boys and they all approach a study session differently. One wants to talk it through out loud. One wants to draw the diagram over and over until it clicks. One wants to be left alone with a pen and paper until he works it out himself. And that is just the difference between the two of them.

The same kid will walk in on a Tuesday wanting to work visually, then come back on a Thursday wanting to just answer questions and move on. No worksheet, no textbook, no teacher's notes can bend to that. They are printed. They are fixed. They are the same thing for every kid in the class, at every moment.

The tradeoff I have not solved

Here is the honest bit. The biggest opportunity AI gives us is to customise study to the individual kid. Meet them where they are, in the mode they want to work in, and remove every bit of friction between them and the material. If they want a worked example, give them a worked example. If they want a softer version of the question, give them that. If they want a tougher one, give them that too. If they want an analogy, a diagram, a different angle, whatever works for them in that moment, they can have it.

But the same AI that removes all that friction will also happily hand over the answer. And for a teenager, the dopamine hit of watching the answer appear is hard to resist. Skim, nod, move on, tell yourself you have learned it. I have not come to a clean solution for this. The reality is the student has to want to learn. AI cannot fix that for them.

What AI can do is this. Once the student has found even a scrap of motivation, it can remove every obstacle between them and the work. That is still a very big deal.

The mercenary angle

I will be honest, this part hurts my heart a bit. The way I got traction with my boys was not by selling them the joy of deep learning. It was by being ruthless about efficiency. Here is exactly what your teacher has said will be tested. Here is the fastest, cleanest path through it. Nothing outside that scope. No curiosity detours, no enrichment tangents, no reading around the subject. Just the prize.

The aspirational parent in me wanted to have the other conversation. The realist in me knows I will get their attention for the mercenary version. My hope is that once they build the reps, once they see themselves actually doing well on the assessments, the appetite for learning starts to come on its own. Confidence first, then curiosity. I am making peace with that order.

So I built a plugin

I have built a plugin that takes whatever materials a student has been given for an assessment, the teacher notes, the textbook chapter, the practice exams, and turns them into a personalised study pack. Full worked solutions, explanations pitched at the depth the student actually needs, practice questions, and a Socratic tutoring mode for when they want to be guided rather than handed the answer. The idea was to build the thing I kept trying to hand-craft for my son at 10pm on a Sunday.

Is it perfect. No. I will keep refining it for as long as my boys keep sitting exams. But he keeps asking me to run it on new material, which tells me it is doing something right.

Have a look before you commit to anything

If you want to see what the output actually looks like, here is a live example the plugin produced for a Year 12 VCE Biology SAC. This is the real thing, not a marketing demo. It is what my son opens on his laptop when he sits down to study.

See the sample study pack

If you want to try it on your own kid's material, you will need a paid Claude Code subscription to run it. It is not a click-and-go product yet, it is a plugin I use at home and I am sharing it with anyone in this newsletter who wants to have a go.

Quick hits

• If your kid says they have nothing to study, ask them to show you the folder. Almost always the material is already there. It is the inertia that is the issue.
• Feynman on YouTube is a great weekend watch for a curious teenager. His explanation of the Challenger disaster is a good place to start.
• This week, ask your kid what their teacher has explicitly said will be tested. Watch how vague the answer is. That vagueness is half the problem.

This week's thought

You can hand your kid a prompt and hope. Sometimes that works. What I have found is that a head start helps more. Once they are actually moving, they start shaping the tool to fit the way they think, and that is where the real skill builds.

Three things you can do this week

1. Sit with your kid and look at the next assessment on their schedule. Ask them to explain, in one sentence, what it will actually test. If they cannot, that is the place to start, not the textbook.
2. Watch a short Feynman clip with them. Notice how much intuition he builds before anything technical shows up. Point it out.
3. Sign up to the newsletter if you want the plugin. If you want to wait and see where this goes first, that is completely fine too.

— David
The Parent Edit