Why the Open Maker Faire Orlando Educator Role Matters for Kids Who Struggle With Seat Work
Last November, I herded 19 fourth-graders through the back entrance of Maker Faire Orlando, sticky paper lanyards already twisted around half their wrists, and lost Javi within 12 minutes.
Javi was the quiet kid in my class, the one who kept his hood up most days, turned in fewer than half his math worksheets, and spent every recess hunched over a notebook drawing squiggly lines that I later learned were circuit diagrams, instead of joining kickball games. I did a quick sweep of the giant dill pickle snack stand, the gender-neutral restrooms, and the booth where people raced remote-controlled cars built from old PVC pipe, my phone already pulled up to call event safety, when I spotted him 20 yards away at the Central Florida Community Robotics booth. He was kneeling on the convention center concrete, sleeves pushed up, holding a wire stripper, leaning in to help a retired Boeing engineer fix a broken connection on a mini solar-powered race car.
The engineer looked up when I huffed to a stop beside them. “This kid’s got a better eye for cold solder joints than half my college interns,” he said. “You his teacher?” Javi froze, hands shoving back into his hoodie pocket, shoulders hunched like he was waiting for me to point out he’d failed his last science vocabulary quiz. I knelt down on the concrete next to him, my jeans sticking a little to spilled orange soda someone hadn’t wiped up, and asked him to show me what he’d fixed. He mumbled that the positive and negative wires were crossed, the same mistake he’d made three times on the LED nightlight he built at home for his abuela, the one that kept killing batteries until he sorted it out.
I spent the rest of the day bouncing between chaperone duties, wiping melted cotton candy off cheeks and herding kids back when they wandered off, and the same gap popped up everywhere I looked. Every booth at the faire is run by volunteers: hobbyist woodworkers, high school robotics teams, college engineering students, local small business owners selling laser-cut pet tags. They’re almost all generous, patient, and great at what they build. But almost none of them are trained K-12 educators. They don’t know that Javi has an IEP for written expression, that half our group had never touched a wire stripper before that day because our school’s science lab was converted into a portable classroom two years ago, that the 6- and 7-year-olds wandering by with their parents can’t read the tiny 8-point font signs that say “ASK BEFORE TOUCHING HOT TOOLS.”
I saw that gap again an hour later, when a mom named Marisol pulled me aside while I waited for three of my kids to finish washing acrylic paint off their hands. Her 7-year-old daughter Lila was glued to the amateur architecture booth, waiting to test a popsicle stick bridge she’d glued together herself. “Is this actually helpful for her, or is it just a fun day out?” Marisol asked. “Her teacher says she can’t stay in her seat for more than 10 minutes during work time. I don’t want to waste time on stuff that doesn’t help her keep up.” Before I could answer, the high school volunteer running the booth called Lila up, set her bridge on two stacks of textbooks, and started stacking pennies on top. The bridge collapsed at 12 pennies, Lila whooped, and the volunteer handed her a sticker and moved to the next kid. No one stopped to point out that the side with the extra cross-bar held more weight, that counting pennies was the same addition she did for homework, that a collapsed bridge wasn’t a mistake – it was just information for the next build.
I saw the posting for a full-time Maker Faire Orlando educator pop up in our county teacher Facebook group last month, and I immediately thought of Javi kneeling on that sticky concrete. The role isn’t just leading glue gun crafts on event weekends, which is what a lot of people assume when they first see it. The person hired will work with more than 30 local public schools to align booth activities to Florida’s state science and math standards, build grade-specific scavenger hunts so elementary kids aren’t wandering past industrial 3D printers with no context, train all volunteers on simple adaptations for kids with fine motor delays or sensory needs, and put together free take-home activity packets that use supplies most people already have lying around – cereal boxes, rubber bands, old TV remotes, baking soda – instead of pushing $60 specialty maker kits most families can’t afford.
I saw how much that was needed the year before, when a boy in a wheelchair from a local elementary group spent 20 minutes watching other kids use 3D printing pens at a booth, because all the work surfaces were counter height and no one had a lap desk or weighted grip to help him hold the pen through his limited hand mobility. His mom eventually wheeled him away to get lemonade, and he didn’t get to try a single hands-on activity that day. A dedicated educator would catch that before the gates even open, not halfway through the event.
This isn’t just a niche Orlando job posting, either. It points to a gap that plays out in kitchens and classrooms all over the country. A lot of parents and teachers I talk to split learning into two buckets: real work, which is worksheets and quizzes and sitting still at a desk, and fun stuff, which is building and taking things apart and getting glue on the table. The truth is, for a lot of kids – the quiet ones, the wiggly ones, the ones who don’t test well, the ones who can’t put what they know into sentences on paper – the fun stuff is where the real learning sticks. You don’t need a booth at a maker faire or a closet full of STEM supplies to lean into that, either. I’ve picked up three tiny, no-cost habits from chaperoning these events that work in my classroom and work for parents at home, too.
First, when a kid shows you something they built, skip “that’s so pretty” and ask one specific question: “What was the first thing that broke, and how did you fix it?” That one question gets them to walk through problem-solving out loud, no worksheet required. I started asking that after our field trip, and Javi will talk for 10 minutes straight about his builds now, when he used to answer every question with one word. Second, you don’t have to turn every messy activity into a formal lesson. If your kid likes taking apart old remote controls or stacking cans into towers, just name what they’re noticing out loud, no quiz after. “You figured out the batteries only work when the metal ends touch those little tabs” is enough. It connects what they’re already doing to the terms they’ll hear in science class later, without killing the fun. Third, if writing is a fight, let them draw first. I stopped requiring Javi to write three full sentences in his science journal after the faire. Now he draws his build, labels two parts, and tells me one sentence out loud that I scribe for him if he wants. He still turns in half his vocabulary worksheets some weeks, but he brings a new build to show me almost every Friday, which is more progress than I saw all last semester.
I ran into Marisol and Lila at a library maker night a few weeks ago. Marisol told me they do one tiny build every Sunday after grocery shopping, usually pasta and marshmallow bridges or rubber band cars made from empty cereal boxes. Lila still gets sent to the calm down corner two or three times a week for wiggling during reading group, but last month when she got stuck on a two-digit addition problem, she didn’t crumple her paper and quit like she used to. She flipped it over, drew little squares for each ten, and worked it out herself.
As of last week, the Maker Faire Orlando educator role is still open. They’ve interviewed a handful of local STEM teachers and a former park ranger who runs kids’ nature programs, but they’re holding out for someone who doesn’t just care about finding the next kid who’ll build an award-winning robot. They want someone who’ll look for the kid in the hoodie kneeling on the concrete, the kid in the wheelchair watching from the sidelines, the kid who can’t sit still long enough to finish a worksheet but can spot a crossed wire from 10 feet away. I shared the posting again in our parent-teacher group email this week. I don’t know who they’ll end up hiring, or if one person can fix all the little gaps I saw walking the floor last November. But I know Javi already asked me if we can go back this year. He’s got a design for a better solar race car he wants to test.
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