Enhancing Learning Experiences Using Artificial Intelligence Technology in Education

Abstract

This study explores in what way artificial intelligence (AI) is used in education and how it affects data-driven decisions regarding student involvement, academic achievement, and creativity. Employing a hypothetical circumstance research (background materials), this study provides a broad understanding concerning the general execution and importance of AI tools, which are essential to comprehend their relevance, given the necessity of these tools in education as an influential issue in educational practice. It applies a mixed-methods strategy to combine qualitative investigations that offer comprehensive insights into how AI tools can be successfully implemented in educational settings with quantitative examinations of institutional records and surveys that track student engagement, academic performance, and innovative thinking before and after the adoption of AI. The primary sources used to compile the data for this study consist of high-quality articles about artificial intelligence in the classroom that can be found in Scopus. "Artificial Intelligence in Education," "AI-driven tools," "Impact of AI on classroom dynamics," "Personalised learning," "Educational technology, AI, and creativity in education," "Critical thinking within the classroom, Adaptive learning systems), smart tutoring systems)," and "Student engagement" were the keywords used to find the data. Engagement scores improved from 20% to 23%, grade point average from 9% to 14%, and creative thinking skill levels expanded from 44% to 57%, as shown by the results. AI improved teaching and learning in 65% to 75% of teacher surveys. The research also highlights limitations, such as confounding, which occurs when variables that might influence the likelihood of creative thinking and conceptualisation in evaluating innovative thinking are not controlled properly. Addressing the ethical issues raised by AI in education should be an essential part of this approach, alongside promoting longitudinal research and creating standardised assessment techniques. This research highlights the potential of AI to strengthen academic performance and the importance of a comprehensive study to fully understand its benefits. This investigation implies that artificial intelligence might improve education. To completely understand AI's function in education and identify the most effective strategies for its implementation, more research is required.

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