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<p>Artificial intelligence (AI) has the potential to reshape science, technology, engineering, and mathematics (STEM) education globally, but its adoption in high school curricula remains uneven, particularly in developing countries across Africa and Asia where resource constraints persist. This perspective paper examines how AI can address persistent educational challenges such as the lack of laboratory infrastructure, shortage of trained STEM teachers, language barriers, and unequal access to quality instructional content. The manuscript advocates for the timely and equitable integration of AI in high school STEM education, with a special focus on biology as a foundational science subject. Drawing from recent global initiatives and case examples, the paper highlights scalable applications of AI, including virtual labs, adaptive learning platforms, multilingual tools, and AI-powered content generation. These tools offer practical solutions for enhancing student engagement and learning outcomes in under-resourced schools. In addition, the paper outlines implementation strategies rooted in inclusive policy design, public-private partnerships, teacher capacity building, localization of content, and ethical safeguards. Particular emphasis is placed on aligning AI-driven education reforms with Sustainable Development Goal 4, which calls for inclusive and equitable quality education for all. While AI is not a panacea, it can serve as a force multiplier when deployed thoughtfully within existing educational ecosystems. The paper concludes by urging governments, educators, and development partners to act decisively in bridging the emerging AI divide in education. Ensuring that students in developing countries are not left behind in the AI era is not only a practical necessity but a moral imperative.</p>

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Bridging the AI divide in high school STEM education in developing countries to advance equity and innovation

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年4月9日

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  • Kayode William Olaifa,
  • Mohamed Elshikh,
  • Aigul Balgaliyeva,
  • Elvira Sagindykova,
  • Emmanuel Inegbedion,
  • Gulzhan Nussipzhanova

摘要

Artificial intelligence (AI) has the potential to reshape science, technology, engineering, and mathematics (STEM) education globally, but its adoption in high school curricula remains uneven, particularly in developing countries across Africa and Asia where resource constraints persist. This perspective paper examines how AI can address persistent educational challenges such as the lack of laboratory infrastructure, shortage of trained STEM teachers, language barriers, and unequal access to quality instructional content. The manuscript advocates for the timely and equitable integration of AI in high school STEM education, with a special focus on biology as a foundational science subject. Drawing from recent global initiatives and case examples, the paper highlights scalable applications of AI, including virtual labs, adaptive learning platforms, multilingual tools, and AI-powered content generation. These tools offer practical solutions for enhancing student engagement and learning outcomes in under-resourced schools. In addition, the paper outlines implementation strategies rooted in inclusive policy design, public-private partnerships, teacher capacity building, localization of content, and ethical safeguards. Particular emphasis is placed on aligning AI-driven education reforms with Sustainable Development Goal 4, which calls for inclusive and equitable quality education for all. While AI is not a panacea, it can serve as a force multiplier when deployed thoughtfully within existing educational ecosystems. The paper concludes by urging governments, educators, and development partners to act decisively in bridging the emerging AI divide in education. Ensuring that students in developing countries are not left behind in the AI era is not only a practical necessity but a moral imperative.