AI and Inclusive Education in the African Context: Navigating Digital Divide Gaps, Building Equitable Futures

Authors

  • Doreen N. Myrie Jackson State University, Jackson, Mississippi
  • Joann Anokwuru Vancouver School Board 39, Vancouver, Canada
  • Joana Idakwo Mind Investors Inc.
  • Sigamoney M. Naicker University of Western Cape, Cape Town, Republic of South Africa; University of South Africa, Pretoria, Republic of South Africa
  • Carolina Kudesey The University of Alabama, Tuscaloosa, Alabama
  • Annie Tamara Chizengo Thawani Malawi University of Business and Applied Sciences, Blantyre, Malawi
  • Esohe Egiebor Baldwin Arts and Academics Magnet School Montgomery, Alabama

DOI:

https://doi.org/10.82005/NC_03.01.02

Keywords:

Artificial Intelligence, Inclusive Education, digital divide, African context, educational equity

Abstract

This position paper argues that the rapid, largely uncritical adoption of artificial intelligence (AI) in education, defined here as computational systems capable of language understanding, pattern recognition, and adaptive learning, risks deepening longstanding digital inequities in Sub-Saharan Africa, with disproportionately severe consequences for children with disabilities. Drawing on regional infrastructure data (GSMA, 2024; International Telecommunication Union, 2024), policy analyses (UNESCO, 2023; United Nations, 2024a), and emerging African-led scholarship (Anokwuru et al., 2025; Muchandiona et al., 2025), we demonstrate how uneven access to electricity, broadband, devices, and digital literacy undermines equitable AI integration in inclusive education systems.

AI-enabled tools, including text-to-speech, real-time captioning, adaptive platforms, and multilingual assistive technologies, hold documented potential to support learners with disabilities (Fitas, 2025; Salhab, 2025). However, these benefits remain concentrated in urban, well-resourced contexts. In rural and low-income settings, where infrastructure deficits are most acute (International Energy Agency, 2024; World Bank, 2024), children with disabilities experience compounded exclusion. While challenges are significant, targeted investments and context-specific adaptations can make the deployment of inclusive AI feasible even in resource-limited settings. Their absence, therefore, constitutes a disproportionate educational harm rather than a shared inconvenience (Mpu, 2023; Muchandiona et al., 2025).

We synthesize current evidence to (a) map how digital infrastructure and AI adoption intersect with disability inclusion across South Africa, Kenya, Ghana, and Nigeria; (b) identify structural gaps in teacher preparation, assistive technology deployment, and culturally responsive AI design; and (c) propose an equity-centered research and policy agenda grounded in participatory, disability-led approaches. The paper calls for coordinated, locally anchored investment to ensure AI narrows, rather than entrenches, educational exclusion.

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Published

2026-06-04

How to Cite

Myrie, D. ., Anokwuru, J. ., Idakwo, J., Naicker, S., Kudesey, C. ., Thawani, A. ., & Egiebor, E. . (2026). AI and Inclusive Education in the African Context: Navigating Digital Divide Gaps, Building Equitable Futures. NeuroConverse, 3(1). https://doi.org/10.82005/NC_03.01.02

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Section

Articles