Artificial Intelligence in the Education of Teachers: A Qualitative Synthesis of the Cutting-Edge Research Literature
Ruşen Meylani · 2024 · 63 citationsRead the paper
The integration of Artificial Intelligence (AI) into teacher education has been transformative, offering personalized learning experiences, enhanced professional development, and improved teaching methodologies. AI technologies such as Intelligent Tutoring Systems (ITS), AI-driven analytics, and automated assessment tools have become central to modern educational practices, significantly improving engagement, adaptability, and effectiveness. This study employs a qualitative thematic analysis of current literature on AI in teacher education, examining peer-reviewed articles and reports using thematic coding to identify key patterns, opportunities, and challenges. The findings reveal that AI enhances teacher education by providing personalized learning pathways, fostering critical thinking, and supporting ongoing professional growth. Technologies like ITS, Virtual Reality (VR), and AI-driven analytics have proven effective in promoting motivation and engagement among teachers. However, ethical challenges such as biases in AI systems and concerns regarding data privacy require continuous attention. Furthermore, a gap in teacher preparedness, particularly in developing AI literacy and integrating AI tools into classroom practices, is evident. Despite these challenges, AI offers substantial benefits, transforming teaching practices and enabling personalized, adaptive instruction that supports both teachers and students. The study emphasizes the need for comprehensive teacher training programs focusing on digital literacy and ethical AI use, ensuring educators can navigate an AI-enhanced educational environment effectively. This research contributes to the ongoing discourse by highlighting the need for ethical guidelines and robust teacher training programs, offering actionable insights for educators, policymakers, and institutions aiming to integrate AI into teacher education
What the full text shows
Theory or simulation- Intelligent Tutoring Systems (ITS) provide personalized instruction and feedback, particularly effective in foundational subjects like mathematics. (Teacher training and STEM education)
- VR and AR integrated with AI improve decision-making skills through realistic simulations in specialized fields. (Power restoration and incident management training)
- AI-driven automated assessment and feedback mechanisms increase learner performance and motivation. (General educational settings)
- AI-driven analytics enable educators to identify student support needs and make data-driven adjustments to teaching. (Classroom instruction)
- Ontology-based models in Learning Management Systems (LMS) improve engagement and retention. (Adaptive learning environments)
- Setup
- Literature review of databases including PubMed, JSTOR, IEEE Xplore, Google Scholar, Scopus, and Web of Science.
- How
- Qualitative thematic document analysis of peer-reviewed articles and reports from 2000-2024 using MAXQDA software for open, axial, and selective coding.
- Limitations
- Lack of quantitative data and primary empirical analysis · Geographical bias toward higher-income countries · Underrepresentation of direct perspectives from teachers and students · Lack of depth regarding long-term practical implementation challenges
Summarized by Gemma 4 from the open-access full text · 10 Oct 2026. Read it