Exploring the Intersection of Socio-Economic Status and Technology Access: Implications for Sustainable Education and Alignment with SDG 4

Abstract

Purpose:  This thematic analysis examines student behavior in adapting to technological advancements in education, emphasising inequalities, difficulties, and approaches that support Sustainable Development Goal 4 (SDG 4). To guarantee high-quality learning for everyone, it seeks to unearth insights for developing inclusive, tech-driven education.

Design/Methodology/Approach

This study employs a mixed-method approach to explore the behavioral dynamics of students concerning technological adoption and their alignment with SDG 4. A key component of this approach is thematic analysis, which is applied to the qualitative data collected through in-depth interviews with students, educators, and administrators. Thematic analysis is used to identify recurring patterns and themes, such as the behavioral factors influencing students’ acceptance and adaptation to technical upgrades, barriers to technology adoption, and enablers of effective integration. These findings are triangulated with quantitative survey data to ensure a comprehensive understanding of the disparities in technology adoption across demographic and socioeconomic groups. The insights derived from the thematic analysis inform actionable strategies to foster an inclusive learning environment, maximize the benefits of technological advancements, and contribute to the achievement of SDG 4.

Findings

The study revealed that students' acceptance of technological advancements is influenced by factors like perceived ease of use, usefulness, and digital literacy, with significant disparities based on demographic and socioeconomic backgrounds. Rural and economically disadvantaged students face challenges like limited access to devices and internet connectivity, while urban students adapt more easily. Barriers such as inadequate infrastructure, lack of teacher training, and resistance to change hinder adoption. However, successful integration of technologies like Learning Management Systems (LMS) and virtual labs improved learning outcomes. The study highlights the need for inclusive strategies, including infrastructure investments and targeted training, to bridge the digital divide and align with SDG 4 goals of equitable quality education.

Originality/ Value:

This study offers original insights into the behavioral dynamics of students' technological adoption and its alignment with SDG 4, emphasizing equitable and quality education. By employing a mixed-method approach, it bridges the gap in existing literature by highlighting disparities in technology adoption across diverse demographic and socioeconomic groups. Unlike prior research that often overlooks the challenges faced by marginalized communities, this study provides a nuanced understanding of these barriers and their impact on educational outcomes. The findings contribute valuable recommendations for fostering inclusivity and equity in educational technology, offering practical strategies to policymakers and educators to maximize the benefits of digital advancements while promoting sustainable development.