УДК 372.4/.8:( 37.016:51)+004.8
DOI: https://doi.org/10.59694/ped_sciences.2025.16.135
USING ARTIFICIAL INTELLIGENCE IN TEACHING MATHEMATICS TO YOUNG SCHOOLCHILDREN
УДК 372.4/.8:( 37.016:51)+004.8
DOI: https://doi.org/10.59694/ped_sciences.2025.16.135
USING ARTIFICIAL INTELLIGENCE IN TEACHING MATHEMATICS TO YOUNG SCHOOLCHILDREN
OSTAPIOVSKA Iryna Ihorivna – candidate of Pedagogic Sciences, Associate Professor Associate Professor at the Department of Theory and Methods of Primary Education of the Lesya Ukrainka Volyn National University.
ORCID іD: https://orcid.org/0000-0003-1208-7230
KOLIADYCH Mariia Mykolaivna – student of the second (master’s) level of higher education, master’s student of the Department of Theory and Methods of Primary Education of the Lesya Ukrainka Volyn National University.
ORCID іD: http://orcid.org/0009-0006-3931-0665
NYCHYPORUK Iryna Oleksandrivna – student of the second (master’s) level of higher education, master’s student of the Department of Theory and Methods of Primary Education of the Lesya Ukrainka Volyn National University.
ORCID іD: http://orcid.org/0009-0009-8395-5294
Abstract:
The most promising areas of use of artificial intelligence in primary school were identified as: 1) individualized (personally oriented) learning; 2) automation of processes and administrative management; 3) distance learning (including virtual classrooms); 4) protection and preservation of mental health and psychosocial support; 5) formation and development of «skills of the future»; their content was specified in the article. When individualized (personally oriented) learning in the context of the initial mathematics course has been studying, adaptive educational platforms were defined as a multifunctional, dynamic, reflective educational tool that allows analyzing the individual personal characteristics of the student and, as a result of their analysis and comparison with the planned educational goals, developing the most effective didactic and methodological system for their achievement, as well as making adjustments to it in the event of changes in the structure of the student’s personality or in the content of didactic tasks, and the capabilities of some of adaptive educational platforms were analyzed; the specifics of personalized curricula, the use of virtual tutors and assistants, the features of tracking progress and conducting automated assessments using AI, as well as the gamification of teaching mathematics to younger students, were updated. The content and means of process automation and administrative management were specified. A classification of AI tools in distance learning (including virtual classrooms) was proposed: learning environments, content generation tools, learning environments with educational content generated by artificial intelligence. In this case, the use of AI-generated content in educational environments created by it is envisaged. The capabilities of AI in the direction of protecting and preserving mental health and psychosocial support and the formation and development of «skills of the future» were updated. The prospects of studying the culture of information activity (CIA) of an individual and their media literacy (as a component of CIA) were substantiated too.
Keywords: teaching mathematics to younger schoolchildren, information and communication technologies, artificial intelligence, media literacy, KID, use of artificial intelligence in primary education, use of information and communication technologies in primary education.
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