Jul 2026· International Research Journal of Computer Science· Vol 13, pp. 613· 0 citations· 6 references
TL;DR
It is suggested that effective teacher preparation must transcend content delivery and focus on equipping teachers with adaptive, student-centred methodologies grounded in cognitive science.
Abstract
This paper explores the preparation of teachers through the lens of modern educational and learning theories, with particular attention to how artificial intelligence (AI) can augment educational planning and professional teacher development. Three major theoretical frameworks are examined: (1) Constructivist Theory, rooted in Piaget's cognitive development model, emphasizing the learner's active role in knowledge construction; (2) Meaningful Learning Theory (Ausubel), which underscores the critical link between new knowledge and pre-existing cognitive structures; and (3) Information Organization and Processing Theory, which explains how memory encoding and retrieval affect learning outcomes. The paper further integrates the McCarthy 4MAT model of learning styles to illustrate how AI-driven, learner centred strategies can be operationalized in contemporary teacher preparation programmers. Findings suggest that effective teacher preparation must transcend content delivery and focus on equipping teachers with adaptive, student-centred methodologies grounded in cognitive science.
A teacher-student-AI coordination model for interactive-generative teaching is proposed that identifies three conditions under which AI support can become pedagogically meaningful and provides a course-level pathway for redesigning content, interaction, process, and assessment in Comprehensive English.
Sha Li, Yuheng Sun· Frontiers in Educational Res...· 0 citations
It is shown how mathematical creativity-aligned AI scaffolding can support teachers’ integrated engagement with mathematics and pedagogy in rural professional learning contexts where access to sustained professional development is limited.
Ali Bicer, Tugce Aldemir, Unggi Lee et al.· ZDM: Mathematics Education· 1 citation
This critical narrative review examines that developmental problem by synthesising research on technological pedagogical content knowledge (TPACK), metacognition, self-regulated learning, professional reasoning, cognitive load, transfer, motivational beliefs, contextual knowledge, and emerging artificial-intelligence-m...
G. Swathika, G. Rajeswari· Asian Journal of Education a...· 0 citations
It is argued that AI can support motivation when system suggestions create opportunities for autonomous judgment, feedback and revision help students confirm their competence, and human-machine practice returns to authentic classroom communication in generative AI-supported college English classrooms.
Sha Li, Yuheng Sun· Advances in Educational Tech...· 0 citations
GenAI is positioned as a transformative force in language education that offers technological innovation and new frameworks for inclusive, responsive, and emotionally attuned instruction.
Abderahman Rejeb, Karim Rejeb, Heba F. Zaher et al.· Quality & Quantity· 0 citations
It is argued that the teacher’s role in AI-based instruction is being reconfigured rather than diminished, offering implications for teacher professional development and the design of teacher-facing AI systems.