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Good practice Imported

ChatGPT-Based Reading Instruction Improves Comprehension for Arabic-Speaking Children with Dyslexia — United Arab Emirates

United Arab Emirates · Abu Dhabi · See the United Arab Emirates profile · See the Abu Dhabi profile

Evidence: Quasi-experimental Top 56% 47/100 · Ask Evidence Copilot about this practice

A quasi-experimental study of 60 dyslexic Arabic-speaking children (8-11) in UAE public and private schools found a ChatGPT-based reading group significantly outperformed a control group on sentence-comprehension and reading-maze tests.

60 ages 8-11, diagnosed dyslexia
Children in the study

Details

Maturity
Pilot
Promoter
Al Ain University (Abu Dhabi) & King Abdulaziz University (Jeddah)
Period
Study conducted 2024-2025; published November 2025
Keywords
special education, generative AI, dyslexia, Arabic-language literacy

Context

A quasi-experimental study by Mahmoud Gharaibeh (Al Ain University, Abu Dhabi) and Abdullah Basulayyim (King Abdulaziz University, Jeddah) tested whether ChatGPT-based reading instruction could improve comprehension for Arabic-speaking children with dyslexia.

Objectives

Test whether supplementing standard instruction with ChatGPT-based reading exercises improves sentence-comprehension and reading-maze performance for diagnosed dyslexic children, relative to standard instruction alone.

Activities

60 children aged 8-11, diagnosed with dyslexia, from public and private schools across the UAE, were divided into control and experimental groups. The experimental group received ChatGPT-based reading instruction during regular school hours, while the control group followed standard instruction. Both groups sat pre- and post-tests of equivalent difficulty but different content, using the Sentence Reading Comprehension Test and the Reading Maze Test.

Results

The published results report a statistically significant improvement in reading-comprehension scores for the experimental group relative to the control group, with post-test results showing increased sentence-comprehension accuracy and better contextual understanding of reading material.

Conclusions

The authors conclude that ChatGPT-based exercises show promise as a supplementary tool in remedial reading programmes for children with dyslexia, but the published abstract omits exact effect sizes, p-values, allocation method, arm sizes, and any data-protection or informed-consent protocol for using a commercial generative-AI tool with children — real gaps that limit generalisability.

Implementation

Indicative cost
Low (< €50k) — An academic study using a commercial, consumer-facing ChatGPT tool integrated into regular school-hours instruction; no bespoke technical infrastructure or budget is described.
Time to results
Short (< 1 year) — Conducted 2024-2025 and published in Disability and Rehabilitation: Assistive Technology, Vol. 20, No. 8, November 2025.
Staffing & skills
Researchers from Al Ain University (Abu Dhabi) and King Abdulaziz University (Jeddah), School staff administering standard instruction to the control group

Conditions for success

  • Delivering the AI-based instruction during regular school hours rather than as an extracurricular add-on
  • Using validated pre/post instruments (Sentence Reading Comprehension Test, Reading Maze Test) of equivalent difficulty across time points

Common failure modes

  • Allocation method (randomised or not) and arm sizes are not reported, limiting confidence in group comparability
  • No data-protection or informed-consent protocol for using a commercial generative-AI tool with children is described
  • Exact effect sizes and p-values are not reported in the published abstract

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Data sources

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