From a Classroom Idea to a National Digital Learning Solution

How a youth-led innovation grew into a UNICEF delivery partner in Sierra Leone

Alpha Barrie
A student explores an offline AI-powered learning tool during the STEM FEST Africa event in Freetown, capturing the excitement and curiosity of youth engaging with emerging technologies.
EasySTEM/2024/Bangura
09 March 2026

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.

Students and teachers at St. Joseph Secondary School in Bathmorie Chiefdom, Magburaka, receive a Digital Learning Hub-in-a Bag, bringing offline STEM and digital content directly into their classroom.
©EasySTEM/2025/Bangura

What began as an offline server evolved into a fully portable, solar-powered classroom model: a Raspberry Pi server, tablets, a projector and solar panels combined into a mobile learning kit. It requires no internet and no ongoing connectivity costs. It can move from school to school and community to community, bringing high-quality digital content directly to learners.

The impact has been tangible. In 2025, 9,913 (4,515 Female) young learners have gained access to digital STEM content through rural deployments. During the Tasso pilot, one student earned the opportunity to attend the VEX Robotics Championship in Texas, a transformative moment that demonstrated what rural learners can achieve when given the right tools. The innovation later received recognition at the National Innovation Summit and a personal commendation from the President.

Link: From Tasso Island to Dallas: Empowering Sierra Leone's Youth in Technology

What began as a youth idea in a classroom had become a nationally celebrated solution.

Importantly, this growth did not occur in isolation. It became embedded within Sierra Leone’s broader digital transformation journey. Digital Learning Hubs are expanding across underserved districts. Ten years of national exam papers have been digitised, giving thousands of students free access to materials that were once expensive or inaccessible. Youth voices have shaped national digital learning policy through structured consultations and data collection.

Within this ecosystem, EasySTEM did not remain a stand-alone innovation. It became part of a system.

Through partnerships facilitated by UNICEF, including collaboration with Peace Corps, the model expanded into four districts (Port Loko, Kambia, Pujehun and Tonkolili). The team moved beyond STEM content to support Positive Parenting programming, adapting materials for offline delivery and exploring AI-generated content in local dialects to reduce language barriers in rural communities.

This marks perhaps the most significant transformation: EasySTEM is no longer simply a youth project. It is now a programme delivery partner.

The same team that once refined prototypes in bootcamps is now contributing to programme implementation by integrating digital literacy content (for the Education programme) and life skills and positive parenting content (for the Child Protection programme) into underserved communities through a scalable, portable model.

The methodology made the difference.

UPSHIFT did not merely provide visibility. It provided discipline: identify the problem, design with users, prototype quickly, test in real environments, refine based on evidence, and repeat. It built confidence. It strengthened systems thinking. It helped young innovators transition from enthusiasm to execution.

In a context where youth unemployment remains high and digital opportunity uneven, these skills are not abstract. They are foundational. They build resilience, agency and practical capacity.

With thanks to the Finnish Committee for UNICEF, EasySTEM stands as evidence of what sustained, structured investment in youth, education and innovation can achieve. What began with three young innovators with energy and an idea has developed a system supporting 9,913 learners across 10 schools, with 45 teachers trained to facilitate digital sessions. Through the Digital Learning Hub in a Bag model, deployments now span four districts (Port Loko, Kambia, Pujehun and Tonkolili), bringing solar-powered, offline digital learning to communities where connectivity remains limited.

Currently, five DLH-in-a Bag units are operational across five schools in these four districts, reaching approximately 1,500 learners per month through structured sessions and supervised access to curriculum-aligned digital content. Under the Peace Corps-supported rollout alone, the five deployed units have reached 1,882 students and trained 25 teachers. From September to November 2025, 209 structured digital learning sessions were delivered, engaging 1,615 student participants. In Tasso, the pilot site, more than 200 children and youth have directly accessed digital content through the EasySTEM-supported hub.

Yet the needs remain significant. The current five DLH-in-a Bag units represent only an initial footprint in a country where many underserved schools still lack access to digital tools and structured digital learning support. Expansion is required to extend beyond the five schools and four districts, both by increasing the number of DLH-in-a Bag units and by strengthening teacher training, facilitation support and ongoing technical maintenance. There is also the need to enable hubs to host offline educational platforms and responsibly deployed AI models locally so that students and teachers can search for knowledge, access curriculum content, and receive learning support even without internet connectivity.

What began as an after-school idea now travels across communities in a solar-powered bag, carrying opportunity where connectivity cannot reach.

We count on your support to scale this locally built, nationally aligned digital learning solution to ensure that more children across Sierra Leone can access quality digital education.

Easy STEM Interface
Screenshot

follow more of the EasySTEM journey, please visit their new webpage at https://easystemsl.com/