DEVELOPING A SUSTAINABLE EDUCATION SYSTEM MODEL USING TECHNOLOGY INTEGRATION TO FOSTER SOCIAL IMPACT
DEVELOPING A SUSTAINABLE EDUCATION SYSTEM MODEL USING TECHNOLOGY INTEGRATION TO FOSTER SOCIAL IMPACT
Author(s): Ra'no Shayeva, Malakhat Saipova, Ulugbek Xaitov, Anvar Khurramov, Nodira Iskandarova, Zafar Khasanov, Oygul KholmuminovaSubject(s): Higher Education , Educational Psychology, Distance learning / e-learning
Published by: Centrum Badań i Innowacji Pro-Akademia
Keywords: sustainable education systems; technology-enhanced learning; digital pedagogy; social impact assessment; educational technology integration; learning analytics; inclusive education;
Summary/Abstract: The rapid growth of digital technologies presents an important opportunity to create sustainable education systems with greater social impact. Still, the lack of equal access to technology, inconsistent adoption, and inadequate pedagogical alignment remain challenges that limit long-term effectiveness. This research presents a Sustainable Education System Model (SESM), a strategic combination of educational technologies, data-based instructional strategies, and community-based learning models to improve inclusivity and social outcomes. It uses a mixed-methods approach that includes system modeling, structured surveys, and pilot implementation in technology-enabled institutions of learning. The quantitative measures evaluate learner engagement, digital competency, retention, and social participation, whereas the qualitative analysis examines stakeholders' perceptions and institutional flexibility. It shows that in institutions that adopted the SESM, learner engagement increased by 27.6%, digital skill acquisition increased by 32.4%, and dropout rates decreased by 21.8% compared to traditional education models. Additionally, social impact indicators showed a 35.1% increase in community participation, demonstrating the model's effectiveness in delivering educational benefits beyond the formal learning environment. There was a 29.3% increase in the efficiency of technology use, leading to improved instructional sustainability and optimized resource use. Generally, the suggested model demonstrated the ability to promote sustainable, scalable education systems, with an overall outcome (1.36 out of 6) indicating a 31.7% improvement in system sustainability ratings. The paper concludes that deliberate technology use needs to be supported by educator capacity-building and ongoing evaluation of impacts to build a sustainable education system that can manage emerging social, economic, and educational pressures.
Journal: Acta Innovations
- Issue Year: 2025
- Issue No: 59
- Page Range: 269-279
- Page Count: 11
- Language: English
