What began in a small Freetown classroom after hours — a handful of young innovators wrestling with a shared frustration — has grown into one of Sierra Leone’s most compelling youth-led digital education stories.
In 2022, three young people entered ImaGen, a national youth innovation challenge under UNICEF’s Generation Unlimited, with a question that reflected the daily reality of thousands of learners across the country:
If schools cannot afford internet connection, what if quality learning content did not depend on the internet?
The context was critical. In Sierra Leone, more than 60 per cent of the population is under 25. Yet structural barriers: unreliable electricity, high data costs, limited connectivity and the prohibitive prices of digital devices, continue to limit opportunities. UNICEF-led youth consultations consistently highlighted four major barriers to digital learning: connectivity, cost, capability and content. For many students, digital education feels like something built for somewhere else.
Team Lorem (as they were then known) did not begin with scale, funding or institutional infrastructure. They began with a prototype: an offline server capable of carrying curriculum-aligned STEM content directly into schools without internet access. It was simple, practical and rooted in the everyday challenges faced by children across Sierra Leone.
They won national recognition. But the true transformation did not come from the award. It came from what happened next.
Through the UPSHIFT methodology, grounded in human-centred design, structured problem-solving, rapid prototyping and iteration, the team’s thinking deepened. They began to understand that innovation is not simply about building a product. It is about understanding users. It is about delivery. It is about testing in real environments and refining solutions based on evidence.
During national bootcamps, young innovators from across the country came together to strengthen entrepreneurial, civic and practical problem-solving skills. For this team, the experience sharpened their focus. The question shifted from “how do we build a server” to “how do we deliver learning where it is most needed?”
That shift changed everything.
The defining test came on Tasso Island, geographically close to Freetown, yet distant in terms of infrastructure. Connectivity is unreliable. Electricity is inconsistent. Income levels are low. It was precisely the kind of setting where digital innovation is often assumed to fail.
The team transported their prototype by boat and installed it in a local school. What they discovered was invaluable. Tablets needed to be more durable. Teachers required orientation and support. Solar power was essential. Delivery required facilitation, not just hardware. Technology had to operate as a complete ecosystem.
UPSHIFT had prepared them for this moment. Instead of retreating when challenges emerged, they redesigned, iterated and adapted.
Out of this process, EasySTEM was born, and with it, the Digital Learning Hub-in-a Bag.