b.Board: Bringing Canadian Innovation to the Classroom and Beyond
The b.Board is one of the only physical educational technology platforms designed and manufactured entirely in Canada. Here is why that matters.
Imagine a classroom where technology is not just something students use, but something they build, question, and reinvent. Across Canada, educators are searching for tools that move beyond passive instruction, platforms that invite students to experiment, create, and engage with real-world challenges through hands-on learning. What makes the b.Board different from most of what fills Canadian classrooms today is not just its philosophy. It is where it comes from, proudly #MadeInCanada and built to support #STEAM education from the ground up.
Designed by educators for educators, the b.Board reflects a straightforward conviction: meaningful learning happens when students actively create. Coding becomes tangible, experimentation becomes routine, and early ideas evolve into functional prototypes. And every single one of those boards is designed and assembled right here in Canada.
"Brilliant Labs doesn't just teach innovation, we practise it. By creating tools like the b.Board, we show young people that they can be builders, problem-solvers, and entrepreneurs right now, not someday"
— Jeff Willson, Executive Director, Brilliant Labs
A Canadian Product, From Design to Assembly
The b.Board is designed in Atlantic Canada and manufactured in Dieppe, New Brunswick, in partnership with CE3 Electronics. Since 2017, every board has been produced locally, making it one of the only physical educational technology platforms developed and assembled entirely within the country. The platform has also been recognized by Made in CA, a Canadian initiative that highlights domestically made products and services. At a time when most classroom hardware is designed overseas and assembled even further away, that recognition carries weight. Most of the technology sitting in Canadian classrooms today was designed somewhere else, for someone else. When students use a tool built in their own country, by people who understand their schools and their communities, it sends a different message entirely: that innovation is not something that happens elsewhere and gets shipped over. It starts here.
Choosing to keep production in Atlantic Canada was a deliberate decision. It supports local jobs, strengthens a regional technology ecosystem, and demonstrates that Canadian innovation in education does not need to be imported.
Learning by Creating
From the beginning, the goal behind the b.Board was not to build another closed educational device, but to create a platform that encourages exploration. Instead of simply following instructions, students use coding, sensors, motors, and creative design to build projects that interact with the real world. A simple idea can quickly evolve into something more ambitious: a coding exercise may become a kinetic sculpture, a sensor experiment might turn into an environmental monitoring system or a hydroponics project. The b.Board becomes a bridge between digital learning and physical creation, allowing students to see their ideas come to life.
This approach reflects the philosophy behind Brilliant Labs itself. As a network of educators working across Atlantic Canada, the organization promotes a learning culture built around experimentation, curiosity, and creativity. Rather than simply telling students how technology works, the goal is to lead by example: learn by doing, learn by creating.
From the factory floor to the classroom, the b.Board teaches students that fixing things is just as valuable as building them.
Built for Transparency, Sustainability, and the Future
Another defining characteristic of the b.Board is its transparency. The board’s components are clearly labeled, encouraging students to look closely at the technology in front of them and understand how it works. Instead of treating electronics as a sealed product, the platform invites exploration. This philosophy also connects to sustainability: because the board is built using accessible electronic components, students are encouraged to examine, repair, and understand technology rather than discard it. Even technical problems become learning opportunities.
Going Further with AI
The b.Board continues to grow. The platform already offers the b.Board AI Add-On Kit, bringing artificial intelligence directly into the classroom. Working alongside the b.Board Core Kit, it introduces students to AI vision, robotics, and automation through hands-on projects like colour sorters, emotion readers, and smart trash systems. Students do not just learn about AI, they build with it. The kit is available through the Brilliant Labs Marketplace, with only a few units left in stock.
The only question left: what will your students build first?
