NASA is building a telescope that is expected to find around 100,000 planets outside our own solar system. That is more new worlds than every space mission before it has found, all added together. It is a genuinely staggering number.
Here is the part that surprises most parents. Nobody is going to sit and check those 100,000 planets one by one. There are not enough scientists on Earth, or enough hours in a lifetime, to do it by hand. The whole thing only works because of software, and because of people who know how to read data.
The real space race is not the rocket
When we picture space, we usually picture the launch. The fire, the countdown, the spacecraft climbing into the sky. That part is thrilling, and it matters. But the harder problem comes after.
The Nancy Grace Roman Space Telescope will stare at huge patches of sky and record an enormous flood of measurements. Buried in all those numbers are tiny, repeating dips in starlight, the faint sign of a planet passing in front of its star. Finding 100,000 of those signals means writing code that sifts through the data automatically, flags the patterns worth a second look, and throws out the noise. A person could never spot them all. A well-written program can.
So the skill that actually finds new worlds is not flying the rocket. It is collecting data, reading it, and spotting the pattern hiding inside it. And that skill is a lot closer to home than it sounds.
What this looks like on a table in Dubai
In our IoT and robotics programme, children practise the exact loop that the Roman telescope depends on, just at a size they can hold. They take a real sensor, gather readings from the world around them, look at the numbers, and find the pattern. Then they make a device do something about it.
A typical first project goes like this:
- Collect: the child wires up a sensor, maybe one that reads temperature, light, or distance, to a small board.
- Read: the readings stream onto a screen, live, so the child can watch the numbers move as the room changes.
- Spot the pattern: they notice that the number climbs when they cover the sensor, or drops when the room cools. That is data analysis, in plain clothes.
- Act: they write a few lines of code so the device responds on its own. A light comes on. A buzzer sounds. A motor turns.
The hardware is real, not pretend. We use Arduino and ESP32 boards with proper sensors, the same building blocks engineers reach for, sized and explained for children aged six to seventeen.
Telling a program to spot a planet in a flood of starlight, and telling a small board to switch on a fan when a room gets too warm, are the same idea. Read the data, find the signal, decide what to do. The scale is enormous. The thinking is identical.
Why a parent should care about data, not just coding
Plenty of children's classes promise coding. That is fine, but code on its own can feel abstract, a wall of text on a screen. What gives it meaning is the data underneath. A child who learns to gather real readings, question them, and act on them is building a habit that holds up well beyond any one programming language.
When a child works through a sensor project, a few things arrive together, quietly, without anyone making a fuss:
- They learn that data is just careful measurement, and that measurement beats guessing.
- They learn to look at a stream of numbers and ask what it is telling them.
- They learn that a pattern is worth trusting, and noise is worth ignoring.
- They learn to fix the thing when it goes wrong, which is honestly the most useful skill on the list.
None of this asks your child to be a maths prodigy. Curiosity and a bit of patience are enough to begin. We keep the groups small so every child has hands on the hardware, watching their own data move, rather than waiting for a turn.
"The telescope does not see the planet. It sees the data, and the data is read by someone who learned how."
How the classes run
We teach 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 face to face, we run in-person sessions here in Dubai. During the hot months that is a real comfort, proper hardware and proper teaching, indoors and out of the heat.
We run weekend and after-school batches, so the classes sit around school rather than fighting it. If your child likes the idea of machines talking to each other across great distances, they will probably enjoy our companion piece on how spacecraft stay in touch, which follows the same thread from another angle.
From a faraway star to a sensor on the table
The story of a telescope that may find 100,000 new worlds is exciting on its own. But the lesson hiding inside it is the one that matters for your child. The discovery does not come from the rocket. It comes from the patient work of collecting data and reading it well.
A child who learns to gather a measurement, study it, and act on it this term is practising the very skill that will help find planets nobody has ever seen. It is a real foundation, and it starts small, with one sensor and a screen full of numbers on a table in Dubai.
If your child is the kind who asks how we know what is out there, let them start finding out with their own hands. Come and join a Fizon Tech class, online across the UAE or in person here in Dubai, and see where the numbers take them.