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Bridging the Digital Divide in Southwest Cameroon
ProposalGrant
Closes August 29th, 2026$0raised
$500minimum funding
$300,000funding goal
Offer to donate
42 daysleft to contribute
You're pledging to donate if the project hits its minimum goal and gets approved. If not, your funds will be returned.
1. Executive Summary
Vision: This initiative establishes a strategic partnership between United Action for Children and Volta Recovery of New England to advance education technologically in a Southwest Cameroonian School. By integrating the Volta Education Suite, we desire to transform this school into a modern one.
The "Why": The Cameroon youth possess immense potential but face systemic barriers to digital access. This project directly addresses these challenges, providing the essential infrastructure, skills training, and sustainable maintenance framework required for our students to compete in an increasingly technology-driven global economy.
2. Problem Statement
Local Context: Our schools currently operate with limited access to digital tools. Teachers often rely on traditional, static materials, and there is a significant scarcity of hardware that can support interactive, digital-first learning.
The Gap: Digital divides prevent our youth from accessing global resources. Furthermore, many past ICT initiatives fail due to a lack of local technical capacity and recurring operational funding. Our approach addresses both the technical gap and the "maintenance trap" by building local expertise and a circular maintenance fund.
3. Project Objectives (SMART Goals)
Infrastructure: Deploy the "Volta Education Suite" at Johnsons Vocational Training Centre by January 2027, including redundant data storage solutions.
Capacity Building: Train ~50 teachers on digital pedagogy and AI-assisted lesson planning by January 2027.
Sustainability: Establish a Technical Maintenance Unit (TMU) to ensure 95% of project-provided devices remain operational during scheduled school hours from pilot launch through July 2027.
Inclusion: Provide a small group of ~150 students (depending on amount of funds raised, the number of students that have access to laptops and tablets may increase) and ~50 teachers with consistent, offline-ready access to digital learning resources on laptops, achieving 75% curriculum integration, with participating classes using VES functions at least twice weekly, by July 2027. Beyond the ~100 students directly equipped with devices in Year 1, the school's shared infrastructure, power, networking, and AI systems, is sized to support Johnsons Vocational Training Centre's broader student population, estimated by UACC CEO Orock Thomas at approximately 1,350 students, as the program scales in later phases.
4. Partnership & Governance
UACC’s Role: Community mobilization, infrastructure housing (Johnsons Vocational Training Centre), personnel management, and regulatory compliance.
Volta Recovery’s Role: Software deployment, technical support for educator-led curriculum and content integration, remote technical oversight, and hardware sourcing. If funded, UACC will write a monthly cheque to Volta Recovery of New England to assist software development for the pilot site.
Joint Governance: A Steering Committee will meet every two weeks via Zoom to review finances, procurement, milestones, risks, technical issues, and the Maintenance Fund.
5. Operations, Maintenance & Sustainability
To ensure the project remains functional for years:
Technical Maintenance Unit (TMU): We will train two local staff members as "Lead Technicians" to perform routine maintenance, software updates, and basic hardware repairs.
Circular Maintenance Fund: A portion of the proceeds from student vocational projects (e.g., bakery or agriculture) will be ring-fenced to cover ongoing electricity costs, internet data for updates, and spare parts.
Energy and Cost Efficiency: By utilizing low-power refurbished Windows devices, we minimize the load on our solar infrastructure, extending the lifespan of our batteries and solar components.
6. Methodology
Hybrid Approach: "Offline-First" technology using local AI servers (ASUS Ascent GX10) to host the Volta Education Suite’s local AI systems, ensuring performance regardless of external internet connectivity.
Curriculum: AI-assisted modules woven into vocational trades (digital catering management, menu planning, food-cost calculation, inventory management, digital marketing, and engineering design).
Monitoring & Evaluation: Monitoring and evaluation will be conducted through monthly student reports, teacher competency surveys, and quarterly hardware uptime audits.
7. Implementation and Procedures
Equipment: United Action for Children Cameroon will receive the funds and will be responsible for equipment arrival and inspection. United Action for Children Cameroon will receive, administer, safeguard, and account for all equipment and funding unless otherwise specified in the budget proposal. It will appropriately distribute the funds and provide equipment-purchase receipts to Volta Recovery of New England and donors to support project transparency and credibility. This partnership was formalized through a signed Memorandum of Understanding between UACC and Volta Recovery of New England, establishing both parties' roles, responsibilities, and commitment to the Volta Education Suite's development and deployment.
Unspent Funds: Unspent funds will be used for maintenance for the program unless otherwise requested by donors.
Data Protection: Student and staff information will be stored locally in compliance with Cameroonian law and will not be held by Volta Recovery of New England. Access will be limited to authorized personnel, and backups will be stored securely. Identifiable student or staff information may not be entered into or exported to any local or cloud-based artificial intelligence system. There will be no gradebook/roster AI features. The local AI should be used for classroom assistance only.
8. Implementation Timeline
Phase 0
July-Sept 2026
Budget creation, needs assessment, procurement planning, fundraising, and Volta Education Suite development. Record the current number of functional computers, available electricity and solar capacity, internet reliability, teacher digital competency, and existing administrative processes.
Phase 1
Oct–Jan 2027
Purchase, receive, and inspect equipment; train teachers and staff; and install equipment, preferably during the year-end school break. TMU training, software configuration, network setup, backup testing, and pilot-readiness testing will also be conducted during this phase.
Phase 2
Feb-July 2027
Pilot operation, monitoring, and technical support (e.g., technical incidents, teacher and student feedback, active devices, reporting records, repair times, VES maintenance, etc.).
Phase 3
Aug 2027
Final reporting on the pilot program’s impact, planning for future expanded programs.
9. Proposed Budget Estimates
I was authorized by the CEO of UACC to post this on Manifund. Please direct any inquiries to either nicholas@voltarecovery.org or project@uaccameroon.org