Jul 2026· El Midad· Vol 18, pp. 452-466· 0 citations· 23 references
TL;DR
The results show that conventional collaborative inquiry models need to be reconstructed by incorporating digital exploration activities and curation of online sources, expanding collaboration spaces through interactive platforms, and combining synchronous and asynchronous modes.
Abstract
Learning in the Natural and Social Sciences (IPAS) within the Independent Curriculum has strategic potential to develop students' 4C skills. However, practice in the field remains teacher-centred, oriented towards information transfer and memorisation, and uses digital technology that is not yet optimal. Previous studies have discussed collaborative inquiry, science learning, and digital transformation separately. This research employs a library-based study with a qualitative-descriptive analytical approach to critically analyse and reconstruct the concept of collaborative inquiry to make it adaptive to science and science learning in the digital era. Analysis was conducted on primary and secondary literature from reputable academic databases using content and critical-thematic analysis techniques. The results show that conventional collaborative inquiry models need to be reconstructed by incorporating digital exploration activities and curation of online sources, expanding collaboration spaces through interactive platforms, and combining synchronous and asynchronous modes. This reconstruction also demands a shift in teachers' roles from instructors to digital facilitators, supported by pedagogical readiness and continuous training.
It is concluded that digital platforms are most effective when integrated with clear project structures, lecturer scaffolding, collaborative tasks, and continuous assessment rather than being used merely as repositories for learning materials.
Although online and blended learning have become sturdy elements of engineering education, their educational usefulness is still debatable in situations when professional competency depends on experimentation, troubleshooting, and teamwork. The data on blended and flipped instruction, remote and virtual labs, immersive...
Hamza Abu Owida, Areen M. Arabiat· International Journal of Eva...· 0 citations
The findings show that learning innovation in the digital era functions as a significant catalyst in revitalizing teachers’ pedagogical competency through differentiated and interactive instructional design, while strengthening professional competency in the mastery of up-to-date subject knowledge.
M.Wagio· Linguanusa : Social Humaniti...· 0 citations
The findings indicate that adapting hands-on, practice-oriented instruction to digital platforms was hindered by diminished interactivity, limited opportunities for collaboration, and difficulties in conducting practical activities, as well as unequal access to digital devices and reliable internet connectivity.
To advance CDMC as an integral part of EFL teaching and bridge the research-practice divide, this review calls for systemic support through targeted teacher development, curriculum and assessment reform, and inclusive infrastructure planning in the field.
Nan Zhang, A. Asmawi· International Journal of Ins...· 0 citations
Digital transformation is reshaping computer science teaching. The task is no longer limited to disseminating knowledge; the focus shifts toward developing deep digital and algorithmic competencies. This article examines contemporary pedagogical models and practices that support the effective integration of digital tec...
B. Uzdenova, A. Dataev· ACCOUNTING AND CONTROL· 0 citations
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