Integrating computational thinking through digital creation: The (TPAC)2K model

This study investigates how teachers adapt their technological, pedagogical, and content knowledge (TPACK) to integrate computational thinking (CT) across diverse subjects, addressing the challenge of moving students from passive technology users to active creators. Using a participatory action research design, data were collected from 12 high school teachers through reflective journals, lesson plans, and interviews. Using framework analysis, the findings reveal the need for professional development, scaffolding, and interdisciplinary collaboration to support CT integration. The study introduces the (TPAC) 2 K model, providing a framework for fostering student creativity through digital artefact creation, with implications for teacher training and cross-curricular teaching practices. • TPACK model lacks focus on digital engagement's impact on modern teaching. • Computational thinking fosters digital creation, extending beyond traditional CT skills. • Adopting student-constructed artefacts needs teachers' new knowledge and approaches. • The proposed (TPAC) 2 K Model redefines teachers' role in supporting digital creation.

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Publication Details

Journal
Teaching and Teacher Education
Published
2025-04-28
DOI
https://doi.org/10.1016/j.tate.2025.105056
Citations
5
Primary Topic
Teaching and Learning Programming
Type
article
Field-Weighted Citation Impact
8.47

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article

Integrating computational thinking through digital creation: The (TPAC)2K model

Kathryn MacCallum
5 citations
Teaching and Teacher Education
Teaching and Learning Programming
8.47
article

Integrating computational thinking through digital creation: The (TPAC)2K model

Kathryn MacCallum
article en
5 citations

Abstract

This study investigates how teachers adapt their technological, pedagogical, and content knowledge (TPACK) to integrate computational thinking (CT) across diverse subjects, addressing the challenge of moving students from passive technology users to active creators. Using a participatory action research design, data were collected from 12 high school teachers through reflective journals, lesson plans, and interviews. Using framework analysis, the findings reveal the need for professional development, scaffolding, and interdisciplinary collaboration to support CT integration. The study introduces the (TPAC) 2 K model, providing a framework for fostering student creativity through digital artefact creation, with implications for teacher training and cross-curricular teaching practices. • TPACK model lacks focus on digital engagement's impact on modern teaching. • Computational thinking fosters digital creation, extending beyond traditional CT skills. • Adopting student-constructed artefacts needs teachers' new knowledge and approaches. • The proposed (TPAC) 2 K Model redefines teachers' role in supporting digital creation.

Teaching and Teacher EducationVol. 161
University of Canterbury (NZ)
Teaching and Learning Research Initiative
Reduced inequalities
Openalex Percentile: Top 3%
Teaching and Learning Programming
8.47
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Integrating computational thinking through digital creation: The (TPAC)2K model — Kathryn MacCallum · Teaching and Teacher Education (2025) | TGRS Research Map | TGRS