H2Operations Heads to the World Championship!

Every year, a group of Upper School students spends hundreds of hours after school building a robot that swims underwater. Most people would call that unusual. We call it H2Operations, our team name. And this year, we’re thrilled to announce that H2Operations has qualified for the 2026 MATE ROV World Championship and will compete in the Ranger Division in St. John’s, Newfoundland, Canada, from Tuesday, June 23 to Monday, June 29.

Since October, the Parker ROV (remotely operated vehicle) team has been designing, building, testing, troubleshooting, redesigning, and convincing six thrusters, nests of wiring, cameras, and a very stubborn robot to cooperate. This year’s road to Worlds looked a little different than expected.

When the regional competition was canceled, the team didn’t have the opportunity to compete in person. Instead, students pivoted and created a video submission showcasing their robot, technical design process, mission capabilities, and teamwork. The judges liked what they saw.

Actually, they liked it enough to send the team to Worlds.

So while many teams qualified by competing in a pool, H2Operations qualified by building a world-class robot and producing a video compelling enough to earn an invitation to the biggest stage in underwater robotics. Not bad for a group that started the year asking questions like, “Should that ESC be smoking?” Even more impressive, the team accomplished all this without regular access to a pool, something most competitors have right at their schools, proving that determination, creativity, and a little bit of engineering stubbornness can go a long way.

The MATE ROV World Championship brings together some of the best student underwater robotics teams from around the globe. University and high school teams travel from across North America, Europe, Asia, and beyond to compete in engineering presentations, technical evaluations, marketing displays, product demonstrations, and complex underwater missions that simulate real-world ocean engineering challenges. Yes, Parker’s ROV can be deployed and used in real-world scenarios, such as possibly inspecting North Pond for invasive species.

Parker students will represent the school while competing against teams from places as varied as China, Scotland, Egypt, Macau, Germany, United Arab Emirates, Hong Kong, the United States, and other international programs dedicated to ocean technology and engineering.

In other words, Parker students will spend a week surrounded by people who think underwater robots are cool, too—while also rubbing elbows with University Teams from top engineering schools from across the US and all over the World.

Friends, family, alumni, and supporters can watch the competition live on Twitch as the action unfolds. Official Livestream: @mateinspires1 link is here

Note: Newfoundland is in Newfoundland Daylight Time (+2.5 hours)

 

Thursday, June 25 

Friday, June 26

After months of preparation, design iterations, testing sessions, and late afternoons in Room 181, Parker students will put their robot through its final challenge on the world stage on Saturday (finalized times available on the MATE ROV website).

Once the competition wraps up, the team will trade engineering notebooks for adventure

(because if you’re traveling more than 1,800 miles to Newfoundland, you might as well see some puffins). The team will take a tour through the Witless Bay Ecological Reserve, visiting Cape Spear, the easternmost point in North America, and explore the stunning coastline around Trinity by kayak and on foot. Between puffins, whales, ocean views, and rugged coastal trails, it’s a pretty great reward for eight months of building robots and wrestling with electrical systems.

The robot is impressive. The competition is exciting. But what makes this achievement special is the work behind it. Since October, students have learned engineering design, electrical systems, programming, technical communication, project management, public speaking, teamwork, resilience, and problem-solving. They have experienced failure, redesign, success, and everything in between. Most importantly, the Parker ROV team has built something together.

As coaches, we couldn't be prouder.

Whether they’re presenting to judges, piloting underwater missions, networking with engineers, spotting puffins, or paddling along the Newfoundland coast, these students represent everything we hope Parker students can become: curious, creative, collaborative, and willing to tackle challenges that don’t come with an answer key.