Inclusive educational design and supporting neurodiversity in STEM disciplines

Abstract

The study aims to provide a comprehensive justification for the inclusive design of STEM education as a basis for supporting neurodiversity. The work uses a comprehensive methodological approach that combines analyses of scientific sources on inclusive pedagogy, cognitive psychology, and STEM education. The work analyzes the modern theoretical and methodological foundations of inclusive STEM education, grounded in the principles of universal design for learning, adaptive teaching, and the individualization of the educational process. The specific needs of neurodiverse students in mastering natural and technical disciplines are identified, among which the key ones are structured learning, sensory comfort, assessment variability, and the development of social and communicative support. The results showed that applying the principles of inclusive design in STEM disciplines increases students' motivation and involvement, regardless of cognitive profile. It was confirmed that implementing inclusive design principles effectively increases the accessibility and effectiveness of STEM education for neurodiverse students. The effectiveness of strategies that include multimodal information presentation, adaptive assessment, project-based research activities, and the use of digital support tools has been proven. The developed structural model of an inclusive STEM environment demonstrates how the pedagogical, psychological, and technological components interact to support neurodiversity. The developed methodological recommendations for teacher training and the implementation of STEM programs will contribute to the formation of an inclusive pedagogical culture and to improving the quality of STEM education, where the diversity of students is considered a resource for innovative development and social equality. It has been established that inclusive educational design combines pedagogical flexibility, technological adaptability, and social responsibility to support neurodiversity. Its implementation in STEM disciplines ensures equal access to education, stimulates the development of creative potential, and improves the quality of education. Further research should aim to improve digital personalization tools and develop a national strategy to support neurodiversity in higher education.