Four ways to explain it,
until one clicks for her.
This is the automation I am most proud of, and it was never built to make money. I built it for my little one, to help her understand the world better and to help me understand how she thinks. Our brains do not all work the same way. There are roughly four main languages a brain can speak, and one of them is where you truly take information in. The hard part is knowing which one is yours. So each day we take a photo of the lesson she studied at school, and the machine re-explains that same idea four different ways, very simply, as if to a ten year old. Because the teacher may not share her brain’s language, one of those four almost always clicks. Then it asks her a few gentle questions to be sure she truly understands, explains again if she is stuck, and finally gives her small exercises to apply it, so it stores far better in her memory. It saves us the long, frustrating homework battles, and it gives me peace of mind.
Two people explain the same thing. One is gibberish, the other is crystal clear.
It has happened to you. Two people explain the exact same idea, and one sounds like noise while the other is perfectly clear. Nothing changed about the idea. What changed is how it was packaged. Our brains take information in through a preferred model, and when a lesson arrives in that model, it just lands. When it arrives in another, we struggle, even though we are not slow at all. I wanted my daughter to have the version that lands, every time. So I built a machine that re-explains her school lesson four different ways until one of them is hers. Here is who it is for, what goes wrong without it, how it works, and what it gives back.
Who it’s for
Any parent who has watched a bright child sit in tears over homework that should not be that hard. It is for the kid who understands once someone explains it their way, and for the parent who wants to find that way. It works even if you are not a teacher, because the machine does the explaining and you get to be the calm one beside her.
What goes wrong
Without it, a child hears one explanation, the teacher’s, and if it does not match how her brain works, she thinks she is bad at the subject. She is not. She just got the wrong packaging. The problem is almost never the child. It is that nobody found the one way the idea makes sense to her.
How the machine works
You take a photo of the lesson she studied that day. The machine re-explains the same idea four different ways, simply, as if to a ten year old. One clicks. Then it asks a few gentle questions to check she truly understands. You do none of the teaching. You just sit with her while it finds her way in.
What you get back
A child who understands, and calmer evenings for both of you. Fewer homework battles, less frustration, and a little more of her spare time back. You also learn how her mind works, which helps you talk to her far better, long after the homework is done.
I did not build this for money. I built it for my little pumpkin.
This automation is very dear to me, and it is not designed for profit. I built it to help my little one understand the world better, and to understand how she thinks so I can talk to her better. It may be one of the most precious things I have ever made. Our brains work in different ways, and I wanted to give her a real advantage that had nothing to do with earning anything.
Here is the idea I built it on. There are roughly four main languages a brain can speak, depending on who you are. When your brain works through something, it moves through four phases, and one of them is more lasting for you than the others. That lasting one is the way your brain best takes information in. The hard part is figuring out which one it is, because nobody hands you that answer at school.
You have felt this yourself. Two people explain the exact same thing, and one is talking gibberish while the other is crystal clear, simply because the second one explained it in the model that fits your brain. It is not only the information that matters. It is how it is packaged. So to help my daughter, I wanted to find which model is hers, and to help her hold on to what she learns at school.
So I made this. We take a photo of the lesson she studied in school today, and the machine re-explains that same idea four different ways, very simply, as if to a ten year old, but each way built on a different model. Because I do not know if her teacher shares her brain’s language, there is a good chance one of the four is the one that finally makes the mechanics click for her. Once it clicks, the machine asks her a few gentle questions, because when you are asked to think and answer, you have to truly master the idea. If she is stuck, it explains again. Then it gives her small exercises to apply it, and it stores far better in her memory.
I am not going to put a price on this one, because there is not one. The value is time and peace of mind. It saves us the long, tearful homework evenings and the sense that she is falling behind. It is wonderful not only for school, but for understanding the young people around you, your own child or anyone, so you know how to give them information when they need help. This is the proof that I build automations for the things that matter most to me, not only for the ones that make money.
Proof point: I document how I run my whole business on autopilot precisely so I have time for what matters, like sitting beside my daughter and building this for her. You can see the daily reality in a day in my life, and the bigger picture of why I automate everything in my road to 10 million series, so you can see this is built by someone who does this for real.
Four models, because one of them is the way her brain listens
What made this work was accepting a simple truth: there is no single best way to explain a lesson, only the best way for this child. A brain takes information in through a preferred model, and until you find it, everything feels harder than it should. So the machine never bets on one explanation. It offers the same idea through four different models, simply, as if to a ten year old. One of them is her language. When it arrives, you can watch her face change. The four ways below are how a struggling evening turns into an idea she keeps.
See it: a picture in her head
The first way paints the idea as an image. Some children hold on to a thing only once they can see it, a shape, a drawing, a picture in the mind. So the machine describes the lesson as something she can picture, plainly, the way you would sketch it on a napkin. If this is her model, you will know at once, because the fog lifts and she starts nodding along. She is not memorising words she does not follow. She is seeing the idea, and once a child can see a thing, she rarely forgets it. This is often the fastest way in for a young mind.
Hear it: a small story or a reason why
The second way tells the idea as a little story, or walks through the reason it is true. Some children take a thing in through words and meaning, through the why behind it rather than the picture of it. So the machine wraps the lesson in a small story, or explains the cause and the reason, step by gentle step. If this is her model, she stops asking what and starts asking why, which is the sound of real understanding beginning. She is following the thread, not the picture. Once the reason makes sense to her, the fact underneath it stays, because she knows where it came from.
Do it: a hands-on example she can try
The third way turns the idea into something she does. Some children only truly get a thing once they have used it themselves, with their hands or with a real example in front of them. So the machine gives her a small, concrete example to work through, something she can try rather than just hear about. If this is her model, she comes alive the moment she is allowed to do it instead of listen to it. She learns by touching the idea, not by watching it go by. And because she found the answer herself, it belongs to her, and it stays far longer than anything she was simply told.
Once the four ways are in place, the guessing stops. The machine offers the same lesson as a picture, as a story, as a hands-on example, and as a clear set of steps, and one of them is hers. You do not have to know in advance which model fits her, because the machine simply tries all four and lets her face tell you. When the right one arrives, the idea clicks, she can explain it back, and it stores in a way that lasts. That is a calmer evening and a child who believes she is capable, which is worth more than any number I could put here.
Before the system
- One explanation from the teacher, and if it missed, she was lost
- Long, tearful homework evenings that wore us both down
- A bright child quietly deciding she was bad at the subject
- Me explaining it my way, which was not always her way
- No idea which kind of explanation actually reaches her
After the system
- The same lesson offered four ways until one truly clicks
- Calm evenings, because the machine finds her way in for her
- A child who understands, and knows she is capable of it
- A gentle check that confirms she truly gets it, not just nods
- A real sense of how her mind takes in the world
Prompt 1: re-explain today’s lesson four different ways
This is the heart of it. You give the machine the lesson she studied today and ask for the same idea explained four ways, each through a different model, all simple enough for a ten year old. One of the four will be her way in.
Four-ways explainer
Act as a warm, patient tutor for a ten year old child. I will give you the lesson my daughter studied at school today, and I want you to re-explain the exact same idea four different ways. Today's lesson: [paste or describe the lesson, or the text from the photo of her page]. Give me four explanations of the same idea, each simple and short: one as a picture she can imagine, one as a little story or the reason why, one as a hands-on example she can try, and one as clear steps. Keep every word plain, kind, and easy for a ten year old to follow.
The output is the same lesson in four flavours. Read them to her one by one, and watch her face. The one where she lights up is her brain’s language, and now you know it.
Prompt 2: ask a few gentle questions to check she truly understands
Understanding is not nodding along. The system works because once the idea clicks, she is asked to think and answer, which is what turns a nod into real mastery. Use this prompt to build a few kind, probing questions.
Gentle understanding check
Act as a gentle tutor checking whether a ten year old truly understood a lesson, not just heard it. She has just had the idea explained to her. The lesson: [describe the idea she just learned]. Give me three or four short, friendly questions that make her think and explain the idea back in her own words, not just repeat it. Keep them warm and low pressure. For each question, add one line on what a good answer shows, so I can tell if she really has it or needs it explained again.
The output is a short, kind quiz. If she answers well, she has it. If she stumbles, that is your signal to have the machine explain it again, another way.
The 3-minute overview of how this works
Before the build steps, watch this short overview. It’s the exact video from the Automations Made Easy page, and it walks through the mechanics behind machines like this one. 1,000+ students have used these mechanics to save two hours a day, with zero coding.
Curious how the same simple mechanics could build something for what matters to you?
The same plain mechanics that power this little tutor are the ones I teach inside Automations Made Easy. 1,000+ students have used them to save two hours a day and build small machines for the things they care about, whether that is their work or a tutor for their own child. No coding required.
Week one: her first lesson explained four ways, her first real click.
Most parents put off building something like this because it sounds technical, so they keep watching the same homework battles repeat night after night. That is exactly why this matters. This little tutor is meant to start simple and run quietly, not arrive perfect. In week one you photograph one lesson, let the machine re-explain it four ways, and watch for the moment one of them clicks for her, so you know it works before you build it into your evenings.
Week one looks like this. On the first evening you take a photo of a lesson she found hard that day and let the machine explain it four different ways. You read them to her and notice which one lands. Midweek you add the gentle check questions, so she is not just nodding but truly understanding. By the end of the week you add the small exercises, and you have a full loop: photo, four ways, a click, a check, and practice that makes it stick.
The point of the first week is not how many lessons you cover. The point is to see one real click, the moment a way of explaining finally reaches her, and to notice which of the four models it was. Once you have seen that, you know her brain’s language, and every lesson after that starts from a place of understanding instead of a place of struggle.
From there it is not about money, it is about what stacks up quietly over time. Each evening that ends in understanding instead of tears gives her a little more confidence and gives you both a calmer home. A child who believes she can learn keeps reaching, and that belief compounds across a whole school year into a kid who is not afraid of a hard subject. That is the return here, and it is worth far more to me than anything I could have charged.
All of this runs beside you at the kitchen table, in the few minutes homework used to take in tears. The machine reads the lesson, explains it four ways, checks she understands, and hands her the practice. No more evenings lost to frustration, no more bright child thinking she is slow. Just a lesson that finally lands in her own language, and a parent who understands, a little better each day, how her mind takes in the world.
Prompt 3: explain it again a new way if she is still stuck
Sometimes the first click does not hold, and that is fine. The point is never to make her feel slow, only to keep trying until it lands. Use this prompt to re-explain the same idea again, gently, from a fresh angle.
Kind re-explainer
Act as a patient, encouraging tutor. My daughter did not quite get a lesson the first time, and I never want her to feel she is bad at it. The lesson: [describe the idea]. What confused her: [describe where she got stuck, if you know]. Explain the same idea again, a completely fresh way from before, even simpler, with a new picture or example. Start by reassuring her this is normal and she is doing well. Then give the new explanation, and end with one tiny check question to see if this way landed.
The output is a second, gentler run at the same idea. Most of the time this is the one that clicks, and she ends the moment feeling capable rather than stuck.
Prompt 4: make small exercises so it stores in her memory
The last step is the one that makes it last. Once she understands, a few small exercises let her apply the idea herself, and applying a thing is what stores it far deeper than simply hearing it. Use this prompt to build them.
Small exercise maker
Act as a kind tutor making practice for a ten year old who has just understood a lesson. I want her to apply it herself, gently, so it stays with her. The lesson she now understands: [describe the idea]. Give me three or four small exercises that build up slowly: an easy one to boost her confidence, then a slightly harder one, then one that asks her to use the idea in a new little situation. Keep them short and encouraging, and add a one line answer for each so I can check her work with her.
The output is a small set of exercises she can do herself. Doing them is what turns a lesson she understood tonight into something she still knows next month.
The exact build, step by step
Take a photo of today’s lesson
Start with what she actually studied. At the end of the school day, you take a single photo of the page or the lesson she covered, and hand it to the machine. This one small act sets everything up, because now the machine is working with the exact idea her teacher taught, not a generic version of it. This is the step that keeps it real. She is not doing extra, unrelated work. She is revisiting the same lesson, in a way that finally fits her, so the day at school and the evening at home line up instead of pulling in different directions.
Re-explain the same idea four different ways
Here is the move that changes everything. The machine takes that one lesson and explains it four different ways, each built on a different model of how a brain takes information in. One paints a picture, one tells a small story, one gives a hands-on example, one lays out clear steps. Every version is simple, warm, and short, as if speaking to a ten year old. You are not betting on a single explanation and hoping. You are giving her four honest chances for the idea to land, which is far more than one classroom, with one teacher, can ever offer.
Watch for the one that clicks
Now you simply pay attention. As you go through the four ways with her, one of them will reach her in a way the others do not. Her face changes, the frown lifts, she starts finishing your sentences. That is her brain’s language showing itself. You do not need to know in advance which model is hers, because the machine offered all four and let her tell you. Over a few lessons you notice the same kind of explanation keeps being the one that lands, and that is a gift, because now you understand how to reach her on anything, not just tonight’s homework.
Ask a few gentle questions to be sure
Understanding is more than a nod. So once the idea has clicked, the machine asks her a few kind, probing questions that make her think and explain it back in her own words. This is the quiet step that turns a nod into real mastery, because the moment a child is asked to answer, she has to truly hold the idea, not just recognise it. If she answers well, you know it landed. If she stumbles, that is not a failure, it is simply the signal to have the machine explain it again, another way, until she has it for real.
Give her small exercises to apply it
Now she puts the idea to work. Once she truly understands, the machine hands her a few small exercises that build up gently, an easy one first, then a little harder, then one that asks her to use the idea somewhere new. This is the step that makes it last. A lesson she only heard fades by morning, but a lesson she used herself stores far deeper, because doing a thing carves it into memory in a way that listening never can. She ends the evening not just having understood, but having proven to herself that she can use it.
She comes out calm, and I understand her better
The last piece is the part I built the whole thing for. She finishes the evening understanding the lesson, able to explain it back, with the homework battle simply gone. But there is a second gift underneath it. Every time I watch which of the four ways reaches her, I learn a little more about how her mind works, and that helps me talk to her, and help her, long after the homework is done. This one was never about money. It is about a calmer home, a confident child, and a father who understands his daughter a little better each day.
Snap the lesson
You take one photo of the page she studied at school today and hand it to the machine.
Four ways in
It re-explains the same idea four different ways, simply, until one clicks for her.
Check she gets it
A few gentle questions confirm she truly understands, and it explains again if she is stuck.
Make it stick
Small exercises let her apply it herself, so it stores far better in her memory.
Build a little machine for what matters to you, the way 1,000+ students already do
Automations Made Easy teaches the same simple mechanics behind this little tutor. Step by step, no code, plain English. Save two hours a day and build small machines for whatever matters most to you, even a gentle tutor for your own child, so you spend your time on the people you love instead of the busywork.
The six months after I switched it on
This one is not about money, so the chart is not either. Here is the gentler shape of the first six months after I turned the tutor on: the number of school topics my daughter came to grasp on her own, climbing modestly month by month as the machine kept finding her way in.
Topics she now grasps on her own, per month
Three things matter on this chart. The number climbs steadily as she gets more used to learning in her own language, not in a spike. The gains are topics she truly holds on her own, not ones she was simply told. And every one of those evenings ended calmer than it would have, which is the part that never shows up on a chart.
What other students built
I teach the simple skills behind machines like this in Automations Made Easy. Students who built their own version sent back what changed in their first month.
“My son used to cry over maths. We photographed the lesson, it explained it as a little story, and he just got it. He looked at me and said, why did nobody say it like that at school.”
“The four ways idea is the whole thing. Three of them meant nothing to my daughter and the fourth, a hands-on example, was like a light switch. Now I know how to explain anything to her.”
“It is the check questions I did not expect to love. She had to explain it back, and that is when I could tell she really had it, not just nodded to end the homework.”
“Homework used to end in tears most nights. Now it ends with her showing me she can do it herself. Nothing about that is worth a price, and that is exactly why I love this one.”
What’s inside Automations Made Easy
AME isn’t a library of pre-built automations. Every business is slightly different. What’s reusable across all of them is the underlying mechanics: how to set up little machines that listen, write, and follow up while you sleep, and how to wire the pieces together without writing code.
The program walks you through six modules: The Right Tools (the cost-effective, no-code stack I actually use), Task Selection Mastery (which automations are worth building first), Design Secrets (mapping an automation before you build it), Zero to Hero (complete beginner to confident automator), Real-World Application (we build a full automation together, end to end), and Monetization Mastery (turn the skill into a side-business).
It also includes done-for-you templates you import in two clicks, over-the-shoulder training videos, and the same playbook 1,000+ students have used to save two hours a day. No coding required. If you can copy and paste, you can build this.
The little tutor: common questions
Pulled from what readers and Automations Made Easy students ask most.
Do I need to be a teacher to use this?
No. You take a photo of the lesson and sit with her, and the machine does the explaining, four different ways, until one lands. You are there to be the calm, encouraging one beside her, not the expert. The simple mechanics behind it are exactly the kind Automations Made Easy teaches, but you do not need any of that to simply use it with your child tonight.
Why explain the same lesson four different ways?
Because a brain takes information in through a preferred model, and you rarely know which one is your child’s. Her teacher explains it one way, and if that way does not match how she thinks, she struggles even though she is perfectly capable. Offering the same idea four ways means one of them almost always fits her, and you get to see which one it is.
Is this really not built to make money?
That is right. I build a lot of automations for my business, but this one I built purely for my daughter, to help her understand school better and to help me understand how she thinks. The value is time and peace of mind: calmer evenings, fewer tears, and a child who feels capable. It is the proof that these little machines are good for far more than profit.
How does it know she really understood, not just nodded?
After the idea clicks, it asks her a few gentle questions that make her think and explain it back in her own words. The moment a child has to answer rather than just listen, she has to truly hold the idea. If she answers well, she has it. If she stumbles, the machine simply explains it again, a fresh way, so she never ends the evening feeling stuck.
Will it work for any age or subject?
The four ways idea works for almost anything, because every lesson can be shown as a picture, a story, a hands-on example, or clear steps. I keep the explanations pitched simply, as if to a ten year old, which suits most primary and early secondary lessons. You just paste in whatever she studied that day, and the machine meets it at her level.
More Money Makers like this one
Built from the same handful of mechanics. Each one captures, converts, or earns money that would have walked out the door.
Build a little machine for what matters to you, or learn the mechanics inside Automations Made Easy.
I built this one for my daughter, not for money, and it is the proof that the same simple mechanics let you build a machine for whatever matters to you. If you want to learn how, Automations Made Easy is the playbook. Step by step, no code, plain English. And if you would rather talk through building something for your own family or your own work, I take a small number of consulting clients each month.
€497 one-time · Lifetime access · 1,000+ students
