Enhancing Educational Growth Through Social Neuroscience: E-Learning as a Safe Platform for ASD Students

The outbreak of the COVID-19 pandemic caused significant disruptions to conventional educational methodologies, resulting in a swift transition towards online and remote learning. This shift presented notable obstacles, especially for students with specific requirements like autism spectrum disorder (ASD). This current theoretical analysis explores the potential of electronic learning as a tool to facilitate the academic advancement of ASD students from the perspective of social neuroscience. Studies in social neuroscience emphasize the profound consequences of social seclusion on mental well-being and emotional health. Prolonged periods of social distancing and the absence of in-person interactions may have adverse effects on cognitive growth and academic achievement. Nonetheless, the digital realm could provide distinct benefits for ASD students, who frequently encounter difficulties in social interaction and emotional management within traditional class settings. The assessment delves into the social-cognitive deficiencies linked with ASD and how online learning could supplement the educational requirements of these students. Despite conflicting findings on the effectiveness of online education for ASD, this review proposes that an adaptable and personalized approach tailored to individual needs could improve learning prospects. Ultimately, the infusion of social neuroscience principles into educational methodologies could facilitate the establishment of a more comprehensive and supportive learning atmosphere for all students, including those with specific needs.

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Publication Details

Journal
Revista Internacional de Teoría e Investigación Educativa
Published
2025-03-13
DOI
https://doi.org/10.5209/ritie.98805
Primary Topic
Neuroscience, Education and Cognitive Function
Type
article
Field-Weighted Citation Impact
0.00
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article

Enhancing Educational Growth Through Social Neuroscience: E-Learning as a Safe Platform for ASD Students

Yaser Khajavi, Mahsa Ezhdehakosh
Revista Internacional de Teoría e Investigación Educativa
Neuroscience, Education and Cognitive Function
article

Enhancing Educational Growth Through Social Neuroscience: E-Learning as a Safe Platform for ASD Students

Yaser Khajavi, Mahsa Ezhdehakosh
article en

Abstract

The outbreak of the COVID-19 pandemic caused significant disruptions to conventional educational methodologies, resulting in a swift transition towards online and remote learning. This shift presented notable obstacles, especially for students with specific requirements like autism spectrum disorder (ASD). This current theoretical analysis explores the potential of electronic learning as a tool to facilitate the academic advancement of ASD students from the perspective of social neuroscience. Studies in social neuroscience emphasize the profound consequences of social seclusion on mental well-being and emotional health. Prolonged periods of social distancing and the absence of in-person interactions may have adverse effects on cognitive growth and academic achievement. Nonetheless, the digital realm could provide distinct benefits for ASD students, who frequently encounter difficulties in social interaction and emotional management within traditional class settings. The assessment delves into the social-cognitive deficiencies linked with ASD and how online learning could supplement the educational requirements of these students. Despite conflicting findings on the effectiveness of online education for ASD, this review proposes that an adaptable and personalized approach tailored to individual needs could improve learning prospects. Ultimately, the infusion of social neuroscience principles into educational methodologies could facilitate the establishment of a more comprehensive and supportive learning atmosphere for all students, including those with specific needs.

Revista Internacional de Teoría e Investigación EducativaVol. 3
Salman Farsi University of Kazerun (IR)
Openalex Percentile: Top 95%
Neuroscience, Education and Cognitive Function
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Enhancing Educational Growth Through Social Neuroscience: E-Learning as a Safe Platform for ASD Students — Yaser Khajavi, Mahsa Ezhdehakosh · Revista Internacional de Teoría e Investigación Educativa (2025) | TGRS Research Map | TGRS