Teaching AI to Kids in Cameroon: What We've Learned

When we first introduced AI as a module in our STEM Club curriculum, we were not sure what to expect. Would children in Cameroon find it too abstract? Too advanced? Too foreign?

What happened surprised us. Within minutes of the opening session, hands were shooting up, ideas were flying, and students were asking questions we had not anticipated. It turned out that children in Cameroon — like children everywhere — are intensely curious about the technology shaping their world.

Why AI Education Cannot Wait

ChatGPT. Google Bard. Image generators. Code assistants. AI tools are already in the hands of Cameroonian students, whether schools acknowledge it or not. Young people are using them for homework help, creative projects, and entertainment. The question is not whether to teach AI — it is whether we teach it in a way that builds critical thinking or leaves children passive consumers of tools they do not understand.

Giiyo Tech's position is clear: AI literacy is as important as reading literacy in the 21st century. Children who understand how AI works — including its limitations and ethical implications — will be far better equipped to shape the future than those who merely use it.

What We Teach

Our Introduction to AI programme covers:

What Has Worked

The most effective moments in our AI sessions have consistently come from grounding abstract concepts in familiar experiences. When we ask students 'How does your phone know your face?', we get instant engagement. When we walk through how a spam filter learns to identify junk mail using examples children have experienced themselves, the concept of machine learning clicks.

Project-based learning has been essential. Students who spend time actually training a simple image classifier — teaching a model to distinguish between photos of cats and dogs — retain the concept far better than students who only read about it.

What Has Surprised Us

The most consistent surprise has been the sophistication of children's ethical thinking. When we introduce discussions about AI bias — showing how facial recognition software performs less accurately on darker skin tones — students immediately connect it to their own lives and experiences.

One student in a Douala STEM Club session asked: 'If AI was trained mostly on data from other countries, does that mean it does not really know us?' That question — unprompted, from a 13-year-old — is exactly the kind of critical thinking we want to cultivate.

What Every Educator Should Know

If you are thinking about introducing AI education in your school or programme, here is what our experience has taught us:

What Is Next

As AI tools become more powerful and more ubiquitous, Giiyo Tech is expanding our AI curriculum across all our programmes. We are developing new project tracks for older students who want to go deeper — including building simple machine learning models using real datasets from Cameroon.

If you want to see this kind of learning in your school or community, reach out. The future of AI in Africa will be shaped by the children who understand it — and we want to help as many of them as possible to get there.