AI Chatbot Simulations in Teacher Training: Core Teaching Competencies Developed Through Virtual Practice

This study examines the role of AI chatbots in simulating real-world teaching scenarios and developing core teaching competencies among pre-service teachers. Guided by the SAMR model, the research employed a single-case qualitative design involving seven Bachelor of Physical Education interns from a teacher education institution in the Philippines. Data were gathered exclusively through focus group discussions, which explored the participants’ experiences using AI chatbots during their practicum. Thematic analysis revealed that chatbot simulations contributed to the development of six key teaching competencies: instructional planning and structuring, content mastery and clarification, designing engaging activities, communication and language precision, reflective practice and pedagogical decision-making, and professional confidence and self-efficacy. Participants described AI chatbots as helpful rehearsal partners that allowed them to clarify concepts, refine lesson plans, anticipate student reactions, and improve instructional language in a low-pressure setting. The chatbot interactions also prompted critical reflection on teaching strategies and enhanced the interns’ confidence before entering the actual classroom. Findings suggest that AI-powered simulations can be meaningfully integrated into teacher education programs to bridge the gap between theory and practice. The study recommends embedding AI-supported activities into practicum courses and providing guidance on the ethical and pedagogical use of AI tools in education.

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Publication Details

Journal
Journal of Teaching and Learning
Published
2025-10-22
DOI
https://doi.org/10.22329/jtl.v19i4.10087
Primary Topic
Online Learning and Analytics
Type
article
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article

AI Chatbot Simulations in Teacher Training: Core Teaching Competencies Developed Through Virtual Practice

Jay P. Mabini, Maricar C. Tegero
Journal of Teaching and Learning
Online Learning and Analytics
article

AI Chatbot Simulations in Teacher Training: Core Teaching Competencies Developed Through Virtual Practice

Jay P. Mabini, Maricar C. Tegero
article en

Abstract

This study examines the role of AI chatbots in simulating real-world teaching scenarios and developing core teaching competencies among pre-service teachers. Guided by the SAMR model, the research employed a single-case qualitative design involving seven Bachelor of Physical Education interns from a teacher education institution in the Philippines. Data were gathered exclusively through focus group discussions, which explored the participants’ experiences using AI chatbots during their practicum. Thematic analysis revealed that chatbot simulations contributed to the development of six key teaching competencies: instructional planning and structuring, content mastery and clarification, designing engaging activities, communication and language precision, reflective practice and pedagogical decision-making, and professional confidence and self-efficacy. Participants described AI chatbots as helpful rehearsal partners that allowed them to clarify concepts, refine lesson plans, anticipate student reactions, and improve instructional language in a low-pressure setting. The chatbot interactions also prompted critical reflection on teaching strategies and enhanced the interns’ confidence before entering the actual classroom. Findings suggest that AI-powered simulations can be meaningfully integrated into teacher education programs to bridge the gap between theory and practice. The study recommends embedding AI-supported activities into practicum courses and providing guidance on the ethical and pedagogical use of AI tools in education.

Journal of Teaching and LearningVol. 19(4)
Leyte Normal University (PH)
Openalex Percentile: Top 66%
Online Learning and Analytics
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AI Chatbot Simulations in Teacher Training: Core Teaching Competencies Developed Through Virtual Practice — Jay P. Mabini, Maricar C. Tegero · Journal of Teaching and Learning (2025) | TGRS Research Map | TGRS