The photograph sits on the refrigerator now.
A ten-year-old, hair slightly messy, grinning in a way that only happens when you have just done something you were not entirely sure you could do. In front of them: a robot. Not a toy robot. Not a kit assembled by following picture instructions. A working robot that this child designed, built, wired, and programmed themselves.
If you had told this child’s parents two years earlier that this photograph would exist, they would have smiled politely and thought: not my kid.
But it is their kid. And this is exactly how it happened.
Before Chitti: The Child Everyone Recognized
Two years before that photograph, this child was exactly the kind
of kid most Indian parents know well.
Bright, no question. Curious in bursts, then easily distracted. Good enough at school to never cause real concern but never quite switched on the way you hoped they might be. The child who did their homework because it was required, not because anything about it interested them. The child who would spend forty-five minutes avoiding a ten-minute task and then finish it in one frustrated rush.
At home, the screen was the gravitational center of everything. Games, videos, more games. Not because the child was lazy. Because nothing else was offering the same quality of stimulation. The game responded to every decision instantly. It got harder as they got better. It rewarded persistence with visible progress. School offered none of that. Homework offered none of that.
The parents knew something needed to change. They just did not know what.
The First Session: Nothing Like They Expected
The decision to try Chitti Future School was not dramatic. It
was tired. A parent who had run out of other ideas, who had read enough about STEM education to be cautiously curious, who booked a free demo class mostly to say they had tried.
The child walked in skeptical. Walked out asking when they could come back.
Not because it was easy. Because it was the first time in recent memory that something had genuinely surprised them. The facilitator did not stand at a board and explain things. They handed the child a problem and some materials and said: figure it out.
The child did not figure it out that first session. They got partway there, hit a wall, and had to stop when time was up. And on the drive home, they talked about the wall. About what they had tried. About what they thought might work differently next time.
For a parent who was used to hearing “it was fine” in answer to every question about school, this was extraordinary.
The First Three Months: Building the Foundation
The early sessions at Chitti were not about robots. They were about foundations.
Basic circuits. Understanding how electricity moves through a system. What happens when a circuit is incomplete. How a switch works at a mechanical and electrical level simultaneously. Simple motors. How rotational energy translates into movement.
To anyone watching from outside, it might have looked like small things. To the child, nothing about it felt small. Every session produced something that worked, or something that did not work and needed to be figured out, which was somehow even more engaging.
The screen time at home started changing without anyone enforcing a rule about it. Not disappearing, but shifting in quality. The child started watching videos about how things were built rather than just playing games. Started pausing at hardware stores to look at components. Started asking questions at dinner that had nothing to do with school.
The curiosity that had been sitting idle was waking up. Slowly, then all at once.
Month Four to Six: The First Real Failure
Somewhere in the fourth month, the child was given their most complex challenge yet. A multi-component system that required everything they had learned so far to work together simultaneously.
It did not work. Not the first time. Not the fifth time.
There was frustration. Real frustration, the kind that in the past would have ended in giving up. But something was different now. The child had already experienced enough breakthroughs to know that the wall was not permanent. They had been here before, in smaller versions of this same moment, and they had found the way through every single time.
So they stayed with it. Session after session, they came back to the same problem, tried different approaches, eliminated what was not working, narrowed down what might. The persistence was not forced. It was earned, through months of smaller victories that had proven it was worth persisting.
When it finally worked, the child did not cheer loudly or make a dramatic show of it. They sat quietly for a moment, looking at what they had built, and then looked up with an expression their parent described as “like they had just figured something out about themselves, not just about the machine.”
Month Seven to Twelve: The Robot
By the second half of the year, the child was working at a level that genuinely startled their parents.
Coding for kids at Chitti had moved from block-based programming to structured logic. Robotics sessions were now about designing movement systems, programming responses to sensor inputs, and troubleshooting multi-layered problems where the issue could be mechanical, electrical, or in the code itself, and finding it required working through all three systematically.
The child who had once spent forty-five minutes avoiding ten minutes of homework was now voluntarily spending hours on a single engineering challenge. Not because anyone asked them to. Because they were not done yet.
The robot that appears in that refrigerator photograph was the culmination of this journey. It was not assigned. It was proposed by the child, designed by the child, built over several sessions, debugged through what the child described as “about a million things that went wrong,” and finally demonstrated to a room full of people who genuinely could not believe a ten-year-old had made it.
What Changed Beyond the Robot
The robot is impressive. But it is not the most important thing that changed.
What changed is who the child became in the process of building it.
The child who needed entertainment to stay engaged became a child who could generate their own engagement. The child who gave up when things got hard became a child who treated difficulty as information. The child who measured their worth by their grades became a child who measured their worth by what they could build and figure out.
School did not change. The homework did not get more interesting. The teachers did not suddenly become more inspiring. But the child sitting in those classrooms was fundamentally different. They brought a different quality of attention, a different relationship with difficulty, a different confidence in their own ability to work through things, into every environment they entered.
That is what two years at Chitti Future School did. Not a robot on a refrigerator, though that is real and it is wonderful. A completely different kind of thinker, wearing the same child’s face.
Thulir Maghilan, a student at Chitti Future School, knows this
journey intimately. The early sessions that felt like play but were building something much deeper. The walls that felt permanent until they were not. The moment when everything clicked and the project became something real.
Thulir went on to win 1st Prize at the ISRO URSC Satellite Model Building competition. Not in a moment of sudden brilliance. In the culmination of a journey that started exactly the way your child’s would: with one free demo class and a parent who decided it was worth finding out.
That decision is sitting in front of you right now.
