Camara Education’s digital classrooms test the promise of offline learning
Published on 3 September 2026 at 05:40 GMT
By Editorial Team SDG4
Across many African schools, the digital divide is not simply a question of whether a learner can connect to the internet. It also concerns reliable electricity, access to working devices, relevant teaching material, technical maintenance and whether teachers have the time and training to use technology effectively. Camara Education operates within that more complicated gap, supplying equipment and digital content while training teachers in Ethiopia, Kenya, Tanzania and Zambia.
Founded in Dublin in 2005, the international charity says its model is built around locally led Education Hubs that work with schools, government bodies and other partners. The hubs install Digital Learning Centres, support teachers and maintain equipment. Camara’s current website also describes the deployment of curriculum-aligned software and offline artificial intelligence tools intended for schools where connectivity is limited.
The approach reflects a shift in education technology from simply placing computers in classrooms towards integrating hardware, content, teacher development and ongoing support. It also raises a central question for the sector: whether programmes can demonstrate learning benefits over time, rather than reporting only the number of devices installed or people reached.
Access remains sharply unequal
The connectivity gap remains substantial. The International Telecommunication Union reported that 53 per cent of people aged 15 to 24 in Africa used the internet in 2024, compared with 79 per cent globally. It also found that 23 per cent of rural residents in Africa used the internet, against 57 per cent of urban residents. These figures cover populations rather than schools, but they show the wider conditions affecting digital learning.
School connectivity is only one part of the picture. UNESCO’s Global Education Monitoring Report found that about 40 per cent of primary schools, 50 per cent of lower-secondary schools and 65 per cent of upper-secondary schools worldwide were connected to the internet. The report also noted unequal access to electricity and devices, with one in four primary schools globally lacking electricity.
Offline systems can reduce dependence on continuous connectivity by storing educational resources locally. Camara says it combines such tools with content adapted to national curricula and training designed to help teachers use information and communications technology in lessons. That structure reflects the distinction between installing a functioning computer lab and demonstrating regular classroom use or improved learning.
Camara’s reported 2024 reach
In its 2024 impact report, Camara Education said it supported 355 schools across Ethiopia, Kenya, Tanzania and Zambia. It reported installing 7,994 computers and training 1,955 teachers, while estimating that its projects gave more than 200,000 students an opportunity to build digital literacy and improve educational outcomes.
Those figures describe programme reach and inputs, and the student total is explicitly an organisational estimate. They do not on their own measure changes in attainment. Camara’s report says its monitoring included structured feedback and usage data from participating schools, while its online reporting portal tracks indicators such as time spent using its education platform and video views at school level.
The distinction matters because evidence on education technology remains uneven. UNESCO’s 2023 assessment concluded that robust, impartial evidence of digital technology’s added value in education was in short supply and that much of the available research came from wealthier countries. The report framed relevance, equity, scalability and sustainability as tests for technology use and argued that digital tools should support, rather than replace, teacher-led education.
Teacher training is therefore central to Camara’s model. Its hubs provide instruction in the use of ICT in education, alongside installation and technical support. The organisation’s 2024 report describes teacher leadership workshops in Tanzania and programmes tailored to the operational context of each country. Longer-term assessment would need to examine whether trained teachers continue using the tools after the initial project period and whether schools keep equipment working when budgets, electricity and connectivity are constrained.
A circular model with limits
Camara also connects digital education to the reuse of technology. It works with donors to collect surplus IT equipment, refurbishes suitable devices and says it arranges responsible end-of-life recycling. Its 2024 report attributes an estimated avoidance of four million kilograms of carbon emissions and 20,000 kilograms of electronic waste sent to landfill to the reuse of equipment during the year.
These are Camara’s estimates rather than independently verified environmental accounts. Even so, the reuse model sits within a documented global waste problem. The United Nations Institute for Training and Research and the International Telecommunication Union reported that 62 million tonnes of electronic waste were generated worldwide in 2022, while 22.3 per cent was documented as formally collected and recycled.
Extending the working life of computers can defer disposal and reduce demand for new devices, but refurbishment does not remove the eventual need for safe collection and recycling. The environmental case therefore depends on equipment quality, useful life, repair systems and credible end-of-life handling, as well as the distance devices travel and the energy used across the programme.
Local ownership and public systems
Camara says its Education Hubs operate as social enterprises and work in partnership with national education systems. Schools or education authorities may contribute towards services where possible, an arrangement the organisation presents as supporting ownership and continuity. The model places local maintenance and teacher support closer to participating schools, rather than managing every intervention from the charity’s Irish base.
Partnership with public systems can help align content and training with national curricula, but it also exposes programmes to variations in procurement, school funding, staffing and infrastructure. A model that works in one district may face different conditions elsewhere. Camara’s four-country structure provides several operating contexts, although its public impact reporting does not constitute a comparative evaluation of learning outcomes across them.
The organisation’s work connects most directly with SDG 4 (quality education), particularly the goal’s concern with equitable education and relevant skills. The connection is practical rather than automatic: distributing technology may widen access to digital tools, while progress in education depends on how consistently those tools are used, who can access them and what learners gain.
After two decades of operation, Camara uses an education-technology charity model that combines reused hardware, local delivery, curriculum content and teacher training. Its 2024 reporting records activity across four countries. The wider evidence base, however, leaves an unresolved measurement issue. Device counts and participation figures describe scale, while sustained classroom use and independently assessed learning outcomes are needed to assess whether technology changes education.
Written by a human author, edited with AI assistance.
Further information:
• Camara Education, About us, supports the organisation’s history, country presence, hub model, offline tools and approach to equipment reuse.
• Camara Education, 2024 Impact Report, supports the reported 2024 school, computer, teacher, student and environmental figures and descriptions of monitoring.
• UNESCO, 2023 Global Education Monitoring Report: Technology in education, supports the analysis of school connectivity, teacher-led learning and limitations in the evidence base.
• International Telecommunication Union, Facts and Figures 2024, supports the figures on internet use among young people and the urban-rural connectivity divide.
• UNITAR, Global E-waste Monitor 2024, supports the global figures for electronic-waste generation and documented formal collection and recycling.
