NEUROTECHNOLOGIES AS AN ESSENTIAL COMPONENT OF EDUCATION

Abstract

This study evaluates the impact of neurotechnologies on the educational process amidst emerging challenges in modern education driven by the integration of neuroscience into learning. Brain-based technologies offer significant potential to enhance educational efficiency and play a crucial role in personalizing learning to address pressing educational issues. The paper assesses both the opportunities and constraints of neurotechnologies in solving pedagogical challenges and examines their integration into diverse learning pathways. Modern neural network technologies can substantially improve the quality of the educational process by adapting it to the students' specific educational needs. Furthermore, the paper establishes the methodological foundations of neurodidactics by bridging natural sciences and humanities approaches. As an emerging interdisciplinary field combining neuroscience and pedagogy, neurodidactics focuses on uncovering the links between neural mechanisms and physiological processes, thereby facilitating the development of more effective instructional tools. Applying neuroscientific insights to practical teaching helps create a pedagogical environment tailored to the neurophysiological characteristics of learners. Despite these potential benefits, educators face several challenges when implementing neurotechnologies in education: limited accessibility for mainstream schools, the requirement for specialized expertise to ensure effective utilization, and the risk of reducing the personal meaning of learning actions due to over-reliance on technology. The core premise of this research is that neurotechnologies should be leveraged to cultivate optimal conditions for student self-actualization through the development of cross-disciplinary competencies.