The integration of Artificial Intelligence (AI) is fundamentally reshaping education, moving beyond traditional, rigid teaching methods to create adaptive, interactive, and personalized learning environments. This research analyzes the gap between conventional pedagogies and the expectations of today’s tech-savvy students, based on a survey of around 400 learners. Findings show that while 33.33% still value classroom learning, 43.33% prefer online platforms for their flexibility, and 23.5% emphasize peer collaboration. In response, the paper proposes an AI-driven dynamic pedagogy (AIDE) and presents a hybrid lesson plan for teaching algebra, blending AI tools, collaborative activities, and real-world applications. The approach leverages platforms like Photomath, Wolfram Alpha Classroom, and Kahoot! to personalize instruction, boost engagement, and foster practical skill development. However, challenges remain, particularly in faculty adaptation and equitable technology access. The study concludes that embracing AI—supported by targeted teacher training and institutional support—can bridge learning gaps, enhance motivation, and prepare students for future workforce demands, ensuring education remains relevant and inclusive in the digital age.

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AI-Driven Dynamic Education Pedagogy (AIDE): Bridging the Gap Between Traditional Teaching and Personalized, Collaborative Learning

  • Mishika Shah,
  • Saumya Sura,
  • Arti Hadap

摘要

The integration of Artificial Intelligence (AI) is fundamentally reshaping education, moving beyond traditional, rigid teaching methods to create adaptive, interactive, and personalized learning environments. This research analyzes the gap between conventional pedagogies and the expectations of today’s tech-savvy students, based on a survey of around 400 learners. Findings show that while 33.33% still value classroom learning, 43.33% prefer online platforms for their flexibility, and 23.5% emphasize peer collaboration. In response, the paper proposes an AI-driven dynamic pedagogy (AIDE) and presents a hybrid lesson plan for teaching algebra, blending AI tools, collaborative activities, and real-world applications. The approach leverages platforms like Photomath, Wolfram Alpha Classroom, and Kahoot! to personalize instruction, boost engagement, and foster practical skill development. However, challenges remain, particularly in faculty adaptation and equitable technology access. The study concludes that embracing AI—supported by targeted teacher training and institutional support—can bridge learning gaps, enhance motivation, and prepare students for future workforce demands, ensuring education remains relevant and inclusive in the digital age.