AI-POWERED CHEMISTRY EDUCATION: OVERCOMING CHALLENGES AND UNLOCKING OPPORTUNITIES FOR 10TH GRADE STUDENTS IN PAKISTAN

Abstract

This research paper investigates the role and impact of Artificial Intelligence (AI) technologies in chemistry education at the secondary school level, with a specific focus on 10th grade students in Pakistan. As Pakistan embarks on a national digital transformation agenda and strives to improve Science, Technology, Engineering, and Mathematics (STEM) outcomes, AI represents a transformative opportunity within classrooms. This study explores how AI tools—including intelligent tutoring systems, virtual chemistry laboratories, AI-powered problem-solving assistants, and adaptive learning platforms—are being deployed and experienced in Pakistani educational contexts. Findings indicate that students exposed to AI-assisted instruction demonstrate measurably improved conceptual understanding of core chemistry topics such as chemical bonding, stoichiometry, and periodic trends. However, significant obstacles—including infrastructure deficits, digital literacy gaps among educators, and socioeconomic inequalities—threaten equitable access. The paper concludes with evidence-based implications for policymakers, curriculum designers, and school administrators aimed at building a sustainable AI-integrated science education ecosystem in Pakistan.