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Research · Mid-term Feasibility · March 2026

Phase I findings: feasibility of digital, AI-enabled, and immersive learning across Tanzanian institutions.

An independent mid-term assessment of institutional readiness, policy alignment, and infrastructure maturity — based on direct fieldwork across 33 institutions in Dar es Salaam and Dodoma between November 2025 and March 2026.

14 min read· Phase I of II· Tanzania · Dar es Salaam & Dodoma
Field Research · Dar es Salaam
At a glance

Phase I in numbers.

Drawn from direct engagement across Dar es Salaam (urban and institutional hub) and Dodoma (administrative and policy centre).

33.
Institutions Engaged
Across K-12, TVET, higher education, regulators, ministries, and ecosystem actors.
02.
Regions Covered
Dar es Salaam (25) and Dodoma (8).
03.
Methods Triangulated
Key Informant Interviews, Focus Group Discussions, and direct site visits.
09.
Emerging Themes
Recurring patterns across stakeholder groups, policy levels, and education segments.

Why this study exists

AGES — African Global Education Solutions Ltd — is a Tanzania-based education transformation and implementation company established by Tanzanian and Finnish education experts. It is designed to support the transformation of education systems in East Africa through a combination of curriculum-aligned digital learning, AI-enabled education, immersive simulation technologies (XR/AR/VR), teacher capacity building, school and institutional development, foundational learning, practical pedagogy, and learning-by-doing approaches.

The feasibility study assesses the viability of establishing AGES as a regional hub. Phase I focused on Tanzania — specifically Dar es Salaam as a major urban and institutional hub, and Dodoma as the administrative and policy centre. Phase II will extend fieldwork to Mwanza, Arusha, Mbeya, and Zanzibar, and to Kenya, Uganda, and Rwanda.

How the study was conducted

The mid-term findings draw on a mixed-methods design combining a top-down view (engagement with government institutions, regulatory bodies, and policy actors) with a bottom-up view (direct interaction with schools, vocational training institutions, educators, students, and ecosystem stakeholders).

  • Key Informant Interviews with senior officials and decision-makers across ministries, regulators, and institutions.
  • Focus Group Discussions with teachers, students, and practitioners to capture user-level realities.
  • Site visits and observations across schools, TVET institutions, and training centres to assess infrastructure, equipment, and learning environments.

All engagements were supported by audio recordings (with consent), transcriptions, field notes, and photographic documentation — enabling triangulation across evidence sources.

Strong technology is not enough. Education solutions must fit policy, curriculum, infrastructure, teachers, and learners.

What we found, in plain language

The pattern is consistent: there is real national appetite for modern education tools, real infrastructure to build on, and real institutional structures that will move when the work is done properly. There is also a real gap between innovation and system-level deployment — and it is the gap AGES is built to close.

Across nine emerging themes, the study identifies the conditions that make digital, AI-enabled, and immersive learning genuinely viable in Tanzanian classrooms today.

Key findings

Nine emerging themes from Phase I.

Each finding maps directly to an implementation requirement for AGES — and for any global solution provider serious about East Africa.

Finding 01

Strong policy alignment, structured implementation

There is clear national alignment with digital education, skills development, and the integration of technology in learning — including Elimu ya Amali and TVET expansion. Adoption, however, runs through multi-layered institutional processes that demand alignment across policy, curriculum, regulatory, and implementation bodies simultaneously.

Finding 02

Significant gaps in practical training infrastructure

Across institutions — particularly TVET — there are substantial limitations in modern equipment, workshops, and practical learning facilities. This creates a strong opening for simulation-based learning to extend hands-on training where physical infrastructure cannot.

Finding 03

Teacher capacity is the binding constraint

Educators have basic ICT exposure but lack applied digital teaching skills. Without structured training and an active community of practice, even good tools sit unused after the launch event.

Finding 04

Demand is real — but conditional

Interest in digital learning is strong and consistent. Adoption depends on affordability, practical relevance, ease of use, and tight curriculum alignment. Demand is not automatic; it has to be designed for.

Finding 05

Connectivity exists, but is not yet usable for education

Coverage has expanded, but high data costs, network instability, and concerns around uncontrolled internet access constrain real classroom use. Solutions must be low-bandwidth, offline-first, and delivered within controlled environments.

Finding 06

Scaling is government-driven and evidence-based

System-wide scale runs through formal procurement, multi-layered approvals, and curriculum alignment. Pilot-driven approaches without structured pathways to scale are unlikely to succeed.

Finding 07

Innovation outpaces institutional integration

The EdTech ecosystem is growing — but remains fragmented and early-stage. The gap between innovation and system-level deployment is the gap AGES is built to close.

Finding 08

Device-level access is a critical barrier

Mobile phone use is restricted in schools. At home, parents flag exposure to inappropriate content, lack of control, and shared devices. Controlled, education-only learning devices are the most credible path forward at primary and secondary levels.

Finding 09

Public and private together — not either/or

Private schools and TVET institutions move faster, with greater operational flexibility and stronger responsiveness to performance-driven solutions. Public systems are essential for long-term, system-wide scale. AGES needs both.

Strategic implications

A dual-market, ecosystem-driven platform.

The findings position AGES as a system integrator — not a standalone EdTech provider — combining rapid private-sector adoption with structured public-sector scaling.

Private sector — entry & acceleration

Build momentum where decisions move fast.

Private primary and secondary schools, private TVET institutions, and independent providers offer faster, decentralized decision-making, greater operational flexibility, and stronger responsiveness to performance-driven solutions. They are AGES's early deployment and case-study channel.

Public sector — scale & institutionalisation

Earn the long-term scale through evidence and alignment.

System-wide scale runs through MoEST, TIE, NECTA, VETA, NACTVET, and TAMISEMI. AGES engages all of them in parallel — aligning curriculum, approvals, and institutional integration so validated solutions can move from pilot to national programme.

Product ladder

Segmented but connected, across the education system.

A different solution at each level — designed to interoperate inside one device-enabled, curriculum-aligned ecosystem.

Primary

Foundational learning

Mobile-native, gamified literacy and numeracy, low-bandwidth, household-friendly. White-label deployment via partner.

Secondary

Performance & assessment

Exam-aligned revision and AI-assisted feedback. Combined school-based (B2B) and student-based (B2C) channels.

TVET

Practical simulation

VR/AR labs for welding, healthcare, electrical, automotive, and hospitality — validated against national TVET standards.

Higher Education & Teachers

Capacity & pedagogy

Continuous professional development, digital pedagogy, and teacher communities of practice integrated into every deployment.

The device-enabled learning ecosystem

One of the clearest findings is that software cannot reach Tanzanian primary and secondary learners through phones alone. Mobile devices are restricted in schools. At home, parents flag exposure to inappropriate content, limited ability to monitor usage, and shared device pools. The credible path forward is a controlled tablet ecosystem.

The AGES tablet model is designed to:

  • Operate exclusively in an education-only environment.
  • Pre-install AGES platforms (primary and secondary) alongside vetted partner solutions.
  • Restrict access to non-educational content.
  • Comply with curriculum and content approval processes (including via the Tanzania Institute of Education).
  • Bundle device, content, and connectivity together so schools and households experience one offer, one price, one path to value.

This addresses the three concerns we heard most consistently — safety, access, and affordability — and unlocks adoption in environments where mobile-first models stall.

Pilot → Validation → Scale

Scaling in Tanzania is government-driven, evidence-dependent, and process-oriented. AGES's recommended rollout follows a three-phase model:

  • Pilot. Deploy targeted solutions in selected private schools and TVET institutions; generate measurable evidence on outcomes, usage, and cost-effectiveness.
  • Validation. Engage MoEST, TIE, VETA, NACTVET, and TAMISEMI; align with curriculum and approval requirements; demonstrate impact.
  • Scale. Expand through public school systems, TVET networks, and national programmes — with ministry endorsement and institutional integration.
SWOT

Where AGES stands today.

An honest read of the position the mid-term study reveals — strengths to leverage, weaknesses to address, opportunities to take, and threats to plan for.

Strengths
  • Strong alignment with Tanzanian national priorities (digital education, Elimu ya Amali, TVET expansion).
  • Integrated, segmented product strategy across primary, secondary, TVET, and higher education.
  • Active partnerships with Finnish education innovators (FGES, Mobie Oy/OnEdu, 3DBear, Corrsy, Ones & Zeros).
  • Local presence and direct field engagement with schools, ministries, and ecosystem actors.
  • Ability to operate across both public and private sector channels.
  • Emerging device-enabled delivery model addressing real access constraints.
Weaknesses
  • Dependence on external partners for scale (government, telecom, institutions).
  • Limited large-scale deployment evidence — pilot validation is the next phase.
  • Complexity of integrating multiple solutions and stakeholders in parallel.
  • Upfront investment required for the controlled-tablet ecosystem rollout.
  • Reliance on content-approval pathways (e.g. Tanzania Institute of Education).
Opportunities
  • Strong policy momentum on skills-based and vocational education.
  • Clear gaps in practical training infrastructure across TVET institutions.
  • Increasing institutional openness to AI-enabled learning.
  • Public-Private Partnership pathways for bundled education delivery.
  • Rapid adoption potential within private schools and institutions.
  • Regional expansion into Kenya, Uganda, and Rwanda after Phase II.
Threats
  • Complex and slow procurement processes in the public sector.
  • Affordability constraints across institutions and households.
  • Infrastructure limitations in connectivity, electricity, and devices.
  • Risk of pilot-driven, donor-dependent initiatives that fail to scale.
  • Resistance to technology adoption without sufficient teacher capacity.
Next steps

What happens between now and Phase II.

The mid-term findings inform the next quarter of fieldwork, pilot design, and partner engagement.

  1. 01Expand fieldwork to Mwanza, Arusha, Mbeya, and Zanzibar; then Kenya, Uganda, and Rwanda for Phase II.
  2. 02Initiate private-sector pilots with named partner solutions across primary, secondary, and TVET.
  3. 03Engage Tanzania Institute of Education and TAMISEMI for content and deployment approvals.
  4. 04Secure telecom partnerships for bundled device + content + connectivity delivery.
  5. 05Begin structured documentation of learning outcomes and cost-effectiveness.
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