Sep 2026· Journal of Education and e-Learning Research· 0 citations· 56 references
TL;DR
The study concludes that the effective integration of technology into education requires more than just access to technology and that developing context-specific TPACK will require an investment from the school system into sustained collaborative models of teacher development, such as Professional Learning Communities (PLCs).
Abstract
This study used a qualitative, explanatory case study to examine how technology is integrated throughout the curriculum in rural South African schools, specifically in the Lepelle Nkumpi Circuit in the Capricorn District. The study is grounded in an interpretive paradigm, and the data collected include semi-structured interviews with 10 teachers and analysis of curriculum documents. The TPACK framework was used to examine the interaction among technology, pedagogy, and content. The study’s results indicate that several barriers hinder effective technology use in education and that teachers have a significant gap in their Technological Pedagogical Knowledge (TPK). This is demonstrated by teachers’ inability to effectively align the digital tools available to them with the curriculum objectives and assessments. The barriers to technology use in education are compounded by geographical isolation and include a lack of technology infrastructure, resources, and professional development opportunities. The study concludes that the effective integration of technology into education requires more than just access to technology and that developing context-specific TPACK will require an investment from the school system into sustained collaborative models of teacher development, such as Professional Learning Communities (PLCs). As such, we recommend establishing teacher-led PLCs with the support of ICT champions to promote peer-to-peer learning, develop locally relevant integration strategies, and create a more structured approach to bridging the digital divide in rural education.
This study explores how barriers to technology integration in mathematics education can be bridged within rural and resource-constrained school contexts. Although technology is increasingly recognised as a catalyst for improving access, equity, conceptual understanding, and learner engagement, meaningful ICT integr...
S. Mulovhedzi· Frontiers in Education· 0 citations
There is a gap between the relevance of digital technology and the capacity for its implementation, and strengthening infrastructure, connectivity, teacher competencies, collaborative learning, and institutional support is necessary to achieve more consistent and sustainable technology integration.
Throughout the history of teaching and learning, changes such as the use of calculators and computers have been recorded to be opposed before most teachers could be comfortable with such change. The Department of Basic Education has drafted a policy for implementing current technologies in schools as part of the Techno...
The findings indicate that while teachers and students recognize the benefits of digital learning, major challenges such as limited infrastructure, inadequate digital literacy, and unstable internet access hinder effective implementation and there is strong interest in adopting Google Sites for PjBL, provided adequate...
This study investigates how technological knowledge (TK) enhances Geography teaching in public secondary schools in Chanika District, Tanzania, by examining the types of technology used, integration strategies, challenges faced, and the role of teacher training. Using a mixed-methods research design, the study combined...
C. Maganga, Ashwarya Srivastava· East African Journal of Educ...· 0 citations
This study explores the extent to which mathematics teachers in rural areas in Rwanda shift from teacher-centered to learner-centered approaches while implementing the CPD ITMS curriculum, an aspect of CPD ITMS that prior research has not examined. Using a convergent mixed-methods design, questionnaires were used to co...
Pascal Kubwimana, W. Nzabalirwa· Journal of Research in Mathe...· 0 citations
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