No Black Boxes: When Students Stop Accepting “Because It Just Works”

Picture a group of students gathered around a small box. Inside are wires, sensors, and a circuit board. At first, it’s just parts. Then, with a few careful connections, a light flickers on, a motor hums, and suddenly technology feels less like magic and more like possibility.

That moment of discovery is what No Black Boxes is all about… and exactly why the Fondation Jean-François de Clermont-Tonnerre is proud to support this transformative project.

The Problem: Everything Feels Like Magic

We live surrounded by devices that most people (including brilliant young minds) treat as sealed mysteries. Smartphones, laptops, cars: they “just work,” but few understand how.

Neuroscientists Dr Adam Kampff and Dr Elena Dreosti, founders of No Black Boxes, saw the same problem in their labs. Although their advanced students could use sophisticated brain-monitoring tools, they often didn’t understand how they worked and struggled to innovate when a project demanded something new. Their solution was radical: develop hands-on teaching methods to reveal the “magic” behind advanced technology, and share them with everyone.

Instead of lectures about circuits, students build circuits. Instead of reading about neurons firing, they create physical models that demonstrate neural networks. The approach works: so far, No Black Boxes has reached more than 2,000 students in over 60 countries, with a remarkable 95% course completion rate.

What Actually Happens at No Black Boxes?

At the centre of the project are kits designed to be affordable, reusable, and open-source. With them, students can build functional microscopes with real magnification, create robots that operate on the same principles as autonomous vehicles, and assemble circuits that show how machine learning works.

Everything is designed to be disassembled and reused, making the model sustainable and scalable. A motor becomes a “muscle,” a light sensor an “eye,” a circuit a “neuron.” Abstract concepts turn into real experiences.

No Black Boxes runs in two formats:

• Workshops, where students build devices that mimic brain and body functions.
• Mentorship programs, which guide independent projects. In the UK, these projects can even count towards A-level points, turning curiosity into academic achievement and a pathway to university.

Highlights: London and Nigeria

London: Building Real Academic Pathways

This September, No Black Boxes welcomed 40 new students in London and launched its new mentorship program. Now, independent projects don’t just build circuits, they build academic credentials, giving students tangible recognition for their skills and a stronger case for university admission and new career opportunities.

It’s a meaningful shift: hands-on work translating directly into opportunity.

Nigeria: Sustainable Impact Through Collaboration

In August, No Black Boxes joined the NeuroAspire Summer Neuroscience School in Ile-Ife, Nigeria. Over the course of one week, 60–80 high school students built Braitenberg Vehicles, small robots equipped with light sensors and Arduino processors that respond to their environment.

The program was powered by collaboration with local educators Oluwapelumi Solagbade, Abdulwaliy Oyekunle, and Emmanuel Peter, ensuring the impact lasts well beyond a single week. Every kit stayed in Nigeria, designed to be reused and repurposed by students and teachers in the future.

The Broader Impact

In the UK, nearly 40% of students drop STEM subjects by age 16. Globally, UNESCO estimates that more than 250 million children lack basic learning skills. Access to modern science labs and advanced technology remains out of reach for many.

No Black Boxes changes that equation. By removing cost barriers, designing tools that can be reused anywhere, and placing curiosity at the centre, the project makes high-quality science education possible across borders.

This isn’t only about preparing students for existing careers, it’s about giving them the tools to imagine new ones. Each student who builds a microscope or programs a robot joins a global community of young innovators who see technology as something they can understand, shape, and improve.

Looking Ahead

The momentum is growing. Expansion across the UK is already underway, with international collaborations on the horizon. Each partnership follows the same principle: build local capacity, leave lasting resources, and create opportunities that continue long after the first workshop ends.

As technology evolves, No Black Boxes adapts. Whether it’s neuroscience, robotics, or future innovations, the principle remains the same: no technology should feel like magic when students have the chance to understand it.

When Mystery Becomes Mastery

There’s something powerful about the moment a student’s circuit lights up, or their homemade microscope reveals the hidden world of cells. What was once mysterious becomes familiar. What felt impossible becomes achievable.

That transformation (from passive consumer to active creator) is what we support when we back No Black Boxes. With continued partnership from our Fondation, this project will continue to expand, reaching new classrooms and proving that curiosity, combined with the right tools, can unlock any black box.

Because when young people learn by building, they don’t just understand technology, they discover their own potential.