A Robotics Kid, Now an Engineer

The following is a composite, stitched together from the kinds of students we have watched grow up on our robotics team over the years. No single real child, no real name. But if you have spent an afternoon in the workshop, you will recognize her.

Call her Marisol. She showed up to the team in middle school not because she loved robots, but because a friend was going and the alternative was a long afternoon at home. First day, she stood near the back with her arms folded, certain she had wandered into the wrong room. Everyone else, she assumed, already knew things she didn't. This is what most kids assume on the first day. It is almost never true.

Why a robotics team is really a small engineering firm

Here is what a season actually looks like, once the intimidation wears off. A competition problem lands. It is too big to solve in one piece, which is the point. So the team breaks it apart. Somebody has to figure out how the machine moves. Somebody has to design the arm that grabs. Somebody has to write the code that makes the whole thing listen. Somebody has to keep the schedule honest, because the deadline is real and it does not care how you feel about it.

That structure, quietly, is how engineering works everywhere. You take a problem no single person can hold in their head, cut it into pieces small enough to build, and trust your teammates with the pieces you are not holding. Marisol did not know she was learning this. She thought she was just trying not to look lost. But somewhere in her second season, she stopped standing at the back. She had a piece that was hers, and a team that noticed when she got it right.

You take a problem too big for one head, cut it into pieces small enough to build, and trust your teammates with the rest. That's engineering. It's also growing up.

The lesson the trophy doesn't mention

The most useful thing a robotics kid learns is not how a motor works. It is how to be wrong in public and keep going. The machine does not care about your intentions. It either works or it does not, and usually, the first several times, it does not. The arm jams. The code freezes at the worst possible moment. A wire you were sure of comes loose on the competition floor.

In most of school, being wrong feels like a verdict. On a robotics team, being wrong is just Tuesday. You look at what failed, you form a guess, you change one thing, you try again. Fail, fix, repeat. A kid who internalizes that loop has been handed something that outlasts any single competition, because it is the exact posture every hard job in the world eventually demands. Marisol broke a lot of things that first year. That was not the problem. That was the curriculum.

Does robotics really lead anywhere?

It is a fair question, and the honest answer is that no afterschool program can promise a career. But the pattern in the research is hard to ignore. In 2024, a longitudinal study out of Brandeis University followed FIRST Robotics participants over time and found they were significantly more likely to take STEM courses, to major in a STEM field, and to end up working in STEM, compared with similar peers who did not take part. The effect was especially strong for young women, the group most likely to be quietly talked out of technical rooms before they ever get to try one.

That last part matters here more than most places. Around 93 percent of the students we serve are Hispanic or Black, and many will be the first in their families to head toward a technical degree. Nationally, first-generation students make up roughly a third of undergraduates, and they complete college at lower rates, often not for lack of talent but for lack of a map. A robotics season, it turns out, is a pretty good early map. It shows a kid the terrain of engineering while the stakes are still low and the failures are still fun.

What it looks like three miles from the labs that build the future

The two-cities contrast is not subtle in East Palo Alto. Some of the most advanced engineering on earth happens within sight of neighborhoods where, in the 2024-25 school year, about 12 percent of local students scored proficient in English on the state test. Kids grow up close enough to touch the future being built next door, and far enough that it can feel like it was built for someone else.

A robotics team is one small, stubborn way of closing that distance. When Marisol carried a working machine onto a competition floor, standing next to teams from schools with ten times the budget, something shifted that no lecture could have produced. She was not visiting the world of engineering as a guest. She was in it, holding a thing she helped build, holding her own. A kid who has stood in that spot does not easily un-know that she belongs there.

She wasn't visiting the world of engineering as a guest. She was in it, holding a thing she helped build.

Where she is now

In the version of this story we have watched play out, Marisol finishes high school still tinkering, applies to college with a robotics season or three on her record and, more importantly, in her bones. Maybe she studies engineering outright. Maybe she takes the community-college route first, or a certification, and finds her way into a technical trade that pays well and lets her build. The specific door varies. What travels with her is the same in every version: she knows how to take a problem apart, she knows how to be wrong without quitting, and she knows she belongs at the table.

The engineer she becomes was not conjured. She was assembled, slowly, out of ordinary afternoons in a workshop, with mentors who kept showing up and a team that made room. Forty years of this work keeps teaching us the same unglamorous truth. You do not spot the future engineer and then invest. You invest in the kid in front of you, and the engineer is one of the things that grows.

Common questions

Does joining a robotics team actually lead to a STEM career?

The evidence points that way. A 2024 Brandeis University longitudinal study found FIRST Robotics participants were significantly more likely to take STEM courses, major in a STEM field, and work in a STEM career, with especially strong effects for young women.

What does a robotics team teach besides engineering?

The habits engineering runs on: breaking a big problem into small ones, working on a team under a real deadline, and treating failure as information rather than a verdict. Kids also gain confidence and a sense that they belong in technical rooms.

Do students need experience to join a robotics team?

No. Most students arrive knowing nothing about robots and learn by doing, alongside mentors and older teammates. Our Churrobots, FRC team #8048, are East Palo Alto's FIRST Robotics Competition team, and the team grew from 21 to 36 students in a single year.

How can I help a student get into robotics?

Sponsoring a robotics season funds the mentors, materials, and competition travel that make the team possible. You can also mentor directly. We run the Churrobots year-round in East Palo Alto.