On 17 June this year, a European Ariane 6 rocket lifted off and, about an hour later, placed 36 small satellites into orbit. They belong to Amazon's Leo network, also called Project Kuiper, which is being built to beam internet down to the ground from a fleet of these little machines circling the planet.
It makes a good news story. But there is a quieter thing in it that matters for your child, and it is sitting in your home right now. Those satellites work on the same basic idea as the Internet of Things, and the Internet of Things is something a child can build and understand in an afternoon.
What the satellites are actually doing
A constellation like Kuiper is not one giant machine. It is many small ones. Each satellite senses, connects, and exchanges data with the others and with stations on the ground. No single one does much on its own. Together, talking constantly, they cover the whole sky.
That phrase, many small devices that sense, connect and share data, is the whole definition of the Internet of Things. The only difference between a satellite constellation and the smart gadgets in a Dubai flat is where they sit and how far the signal travels. The idea underneath is identical.
The same idea, sitting in your home
Look around the house and you will spot the ground version of the same thing. A thermostat that senses the room is too warm and tells the AC to come on. A doorbell camera that notices movement and pings your phone. A fitness band on a wrist, counting steps and sending them somewhere. None of these is clever by itself. Each one senses something, connects to something else, and passes data along.
That is the Internet of Things. Small devices, each with one job, quietly sharing what they notice. Once a parent sees it this way, it stops being a buzzword and starts being something you can point at over breakfast.
A satellite 600 kilometres up and a smart plug in your kitchen run on the very same loop: sense something, connect to something, share the data. Teach a child that one sentence and the whole subject opens up.
What your child actually builds in class
Explaining IoT with words only gets you so far. Children understand it properly the moment they make a small one work with their own hands. In our IoT and robotics programme, one of the early projects does exactly that.
A child wires up a small board called an ESP32, which is a tiny computer with wireless built in, and connects a sensor to it. Then they make it send its readings to a phone. That is it, and it is plenty. Here is the loop they build:
- Sense: a temperature or motion sensor notices something real in the room.
- Connect: the ESP32 joins the wireless network, the same way a satellite joins its constellation.
- Share: the reading travels to a phone, where the child watches the number change live.
When a child warms the sensor with their hand and watches the number climb on a phone across the room, the penny drops. They have built, on a table in Dubai, a small cousin of a machine flying overhead. The scale is enormous. The idea is the same one they just held.
"Once a child sends their first sensor reading to a phone, satellites stop being mysterious. They are just the same trick, much bigger."
Why this is worth your child's time
Plenty of children can use a smart device. Far fewer understand what is happening inside it, and that gap is where the useful learning lives. Building one small IoT loop teaches a handful of real skills at once, without anyone making a lesson of it:
- They wire a sensor to a board correctly, which rewards patience and care.
- They write a few lines of simple code, which teaches plain cause and effect.
- They send data across a network and watch it arrive, which is the heart of how the modern world talks to itself.
- They fix it when it refuses to work, which is honestly the skill that lasts longest.
Your child does not need to be top of the maths class for any of this. A bit of curiosity and a willingness to try a wire in the wrong hole and then the right one is enough. We keep the groups small, so every child has the hardware in their own hands rather than watching someone else have the turn.
How the classes run
We teach this two ways. Children right across the UAE join live online sessions, with a teacher watching their screen and guiding them step by step, so a child in Sharjah or Abu Dhabi builds the same project as one sitting in our Dubai room. For families who prefer it, we run in-person sessions in Dubai. In the hot months that is a genuine comfort, real hardware and real teaching, indoors and out of the heat.
There are weekend and after-school batches, so classes fit around school rather than fighting it. The hardware is real, too. Arduino, ESP32, proper sensors, the same families of parts working engineers use, sized and explained for children aged six to seventeen.
If your child likes the idea of building real machines from this story, they may also enjoy reading how a group of children here built a working moon rover, in our piece on Dubai kids and the Rashid rover.
From orbit to the kitchen table
The satellites launched this month will spend years circling the planet, sensing and connecting and sharing data so that more people can get online. It is a big, impressive thing. But the idea inside it is small enough to hold, and that is the part your child can take away.
A child who builds one ESP32 sending a reading to a phone this term has understood, properly, the same principle that runs a satellite constellation and a smart home alike. That is a real foundation. It starts with one little board on a table in Dubai.
If your child looked up at the news about those satellites and wondered how any of it works, let them build the answer themselves. Come and join a Fizon Tech class, online across the UAE or in person here in Dubai, and see where their curiosity leads.