Dylan Kettlewell welds at Giga Texas

Welding is usually the kind of work story that stays local. A student learns a trade, lands a placement, and maybe a hometown paper notices. But this one reaches straight into Tesla’s biggest bet. Dylan Kettlewell, a 17-year-old student from Tecumseh, Ontario, just finished a three-week placement at Gigafactory Texas, where he worked on parts tied to the Cybercab program. That matters because Tesla only just moved Cybercab from promise to production, so this wasn’t a museum tour — it was factory-floor experience tied to a live vehicle launch. ### Who is Dylan Kettlewell? Kettlewell is a student at St. Anne Catholic Skilled Trades Academy & Learning Centre in Windsor-Essex, a school built specifically for students aiming at construction and industrial trades like welding, plumbing, masonry, carpentry, and electrical work. He told CBC he wants to make welding his career, which makes the Texas placement less like a one-off prize and more like an early step into the kind of work he actually plans to do. ### What did he actually do in Texas? The key detail is that he wasn’t just shadowing people. CBC says he spent three weeks at Tesla’s Austin factory working on Cybercab components. That means hands-on fabrication inside a plant preparing one of Tesla’s newest products, not generic shop practice. With welding, that distinction matters — classroom welds teach technique, but production assembly system. ### Why does “Cybercab” make this bigger? Cybercab is Tesla’s purpose-built robotaxi — a two-seat vehicle designed around autonomous driving rather than around a human driver. Tesla’s own first-quarter 2026 update said it had prepared lines for Cybercab production, and the company confirmed in late April that production had started at Gigafactory Texas. So Kettlewell’s placement line is real manufacturing. ### Why would Tesla use a student placement? Basically, factories always need talent pipelines before they need finished résumés. A place like Giga Texas runs on welders, technicians, maintenance crews, operators, and people who can learn fast in industrial settings. Tesla already promotes early-career training programs for manufacturing, and this kind of placement fits the same logic — get young workers exposure early, then turn some of them into future hires. ### Why does the school matter here? Because the school was built for exactly this. St. Anne’s skilled trades centre officially opened in October 2023 and was pitched as a direct answer to regional labor shortages and coming retirements in the trades. One case study tied to the program says Canada is staring at roughly 700,000 retirements in skilled trades over five years. So the bigger story isn’t just one teenager in Texas — it’s getting teenagers into real industrial work before employers hit the wall on staffing. ### Why send a Canadian student to Austin? Turns out Windsor-Essex is a very logical place for this. The region already sits inside the North American auto supply chain, and local schools are trying to connect that manufacturing identity to the EV era. A placement at Tesla gives students exposure to a high-profile EV factory, even if the eventual jobs they take are in Ontario, Michigan, or somewhere else in the continental auto corridor. ### So what’s the real takeaway? The interesting part isn’t that Tesla hosted a student. It’s that a high-school welding program in Ontario now reaches all the way into a live robotaxi production line in Texas. That’s what the EV labor market looks like now — local training, continental demand, and students getting pulled into advanced manufacturing earlier than people might expect.