Her name was Maya. She was eight years old, she had a gap in her front teeth, and on the first day of game design camp she announced — matter-of-factly, the way kids state things they’ve already decided are permanently true — that she was not good at math.
“My teacher said I’m more of a creative person,” she explained.
Her instructor, Marcus, did not argue with her. He did not give her a speech about growth mindset or tell her that math was actually fun if you just tried harder. He said: “Okay. Let’s build something. We’ll figure out the math as we go.”
By Friday, Maya had built a platformer game where a fox collected coins while jumping over obstacles. She had spent forty-five minutes — with complete focus, no prompting — adjusting the jump physics until the arc felt right. She could not have told you what a parabola was. But she understood, in her hands and in her instincts, exactly how one worked.
The “Math Person” Myth Has a Real Cost
In 1988, psychologist Carol Dweck began publishing the research that would eventually become the concept of the growth mindset — the idea that intelligence and ability are not fixed traits but developable ones. The implications were profound and widely discussed. The actual classroom practice barely changed.
The “math person” label is one of the most persistent fixed-mindset artifacts in American education. Studies consistently show that children as young as six have already begun sorting themselves into subject-competent and subject-incompetent identities — and that these self-assessments are sticky. A child who decides at seven that she is not a math person is statistically less likely to pursue STEM coursework at fourteen, not because of ability, but because of identity.
In New York City, where academic pressure is extraordinary and kids are tracked and tested from an early age, this dynamic is intensified. Children don’t just absorb messages about their abilities from teachers. They absorb them from tutors, from testing outcomes, from the gap between their own performance and the performance expected in a competitive school environment. By third grade, many NYC kids have already written certain subjects off — not because they tried and failed, but because they’ve been given a label before they had a real chance to try.
What Hands-On Learning Does That Classrooms Sometimes Can’t
There is a specific thing that happens when a child is building something real and runs into a problem they need to solve. The subject of the problem becomes irrelevant. What matters is the outcome they want — the jump that feels right, the recipe that tastes good, the robot that doesn’t fall over. Math, logic, measurement, proportion: these stop being subjects and become tools. You reach for them the way you reach for a screwdriver.
This is not a new insight. Project-based learning has substantial research behind it. But there is a difference between knowing this intellectually and experiencing what it looks like in practice. In a game design context, a child learning coordinate systems is not learning coordinate systems — she is trying to make her character start in the right place on screen. A child working with probability is not studying probability — he is trying to make sure his game isn’t too easy or too hard. The motivation is entirely intrinsic because the stakes are entirely personal. It’s their game.
What this unlocks is not just a math skill. It’s a revised identity. The child who “isn’t a math person” discovers that she has been doing math enthusiastically for three hours and didn’t notice. That is a harder thing to unlabel than any test score could provide.
What Maya Built on Friday
At the Friday showcase, Maya presented her game to parents and fellow campers. She explained the jump mechanic — not in technical terms, but in terms of what she wanted the player to feel. “I wanted it to feel a little floaty,” she said, “like the fox is light.” She had iterated on that jump arc fourteen times over the course of the week. She had written and rewritten the same three lines of code until the numbers produced exactly the sensation she was after.
Her mother asked her afterward if she’d used math. Maya looked mildly offended. “Mom,” she said, “I made the game.”
That is the shift. Not “I understand math now.” But: the math was incidental to something that mattered more. Once a child experiences that, the story they tell about themselves starts to have more options in it.
What Parents Can Do Right Now
Stop the subject labels at home — including the positive ones. Telling a child she is a “reading person” or a “creative kid” is as limiting as telling her she is not a math person. Both close doors. Ask about what they made, built, cooked, or figured out — not what subject it fell under.
Look for environments where the output is a thing, not a grade. Programs where children produce something real — a game, a dish, a design, a pitch — generate a completely different relationship to learning than programs where the output is a score or a certificate. The thing is evidence. A grade is an opinion.
When your child says “I’m not good at X,” get curious before you get reassuring. Ask what made them think that. Ask what “good at” would look like to them. The answer usually reveals a specific moment — a test, a comment, a comparison — that can be examined rather than accepted as permanent truth.
Maya Came Back the Following Summer
She introduced herself to the new group on day one. “I’m Maya,” she said. “I make games.”
Not: “I’m Maya and I’m good at math now.” Not: “I’m Maya and I changed my mind about myself.” Just: a new identity, stated with the same matter-of-fact certainty as the old one. Built one jump arc at a time.