Jul 2026· SJME (Supremum Journal of Mathematics Education)· Vol 10, pp. 375-387· 0 citations
TL;DR
The results suggest that teachers were generally able to use digital tools and identify technologies suited to mathematics instruction, but they still needed sustained support in pedagogical adaptation, assessment, classroom management, and consistent integration of technology with mathematical concepts and learning objectives.
Abstract
This study examined mathematics teachers’ Technological Pedagogical Content Knowledge (TPACK) amid the increasing digitalization of education. Using a descriptive qualitative design, data were collected from twelve mathematics teachers through questionnaires, semi-structured interviews, and classroom observations. The findings indicate that teachers demonstrated strong Technological Knowledge (TK) and Content Knowledge (CK), while Technological Content Knowledge (TCK) and integrated TPACK were categorized as “Very Good.” Pedagogical Knowledge (PK), Pedagogical Content Knowledge (PCK), and Technological Pedagogical Knowledge (TPK) were categorized as “Good,” indicating competence but also room for further development. These results suggest that teachers were generally able to use digital tools and identify technologies suited to mathematics instruction, but they still needed sustained support in pedagogical adaptation, assessment, classroom management, and consistent integration of technology with mathematical concepts and learning objectives. The study highlights the importance of continuous professional development to strengthen teachers’ ability to integrate technology meaningfully in mathematics learning.
The theoretical model TPACKI - Technological Pedagogical Content Knowledge Imaginary - proposed as an expansion of the TPACK model is presented, through the incorporation of creative imaginary knowledge as a constitutive dimension of mathematics teaching practice mediated by digital technologies.
Vicente Henrique de Oliveira· Peer Review· 0 citations
The current educational paradigm requires teachers to go beyond being mere transmitters of knowledge and instead become educational leaders who structure learning processes, uncover students’ individual competencies, and support their holistic development. In this context, teachers are expected not only to possess cont...
Elif Emine Balta· Cukurova University Faculty...· 0 citations
Aim/Purpose: This study aims to investigate how the TPACK of junior high school mathematics teachers develops through the implementation of RME-based e-modules.
Background: Despite the growing integration of digital tools in education, many mathematics teachers struggle to effectively integrate technology, pedagogy,...
Rahmah Johar, Cut Khairunnisak, T. Zubaidah et al.· Journal of Information Techn...· 0 citations
Today’s instructional strategies are influenced by teachers’ technological pedagogical content knowledge (TPACK). While several TPACK studies have been conducted in urban and mixed-subject contexts, limited research has focused specifically on secondary mathematics teachers in geographically distinct divisions such as...
R. D. Gaganao, R. N. Discar· Journal of Education and Lea...· 0 citations
Mathematics instruction at the elementary level requires approaches that promote active participation, collaboration, and meaningful understanding of mathematical concepts. However, limited local evidence on how cooperative learning is used and perceived in Mathematics 5 instruction highlights the need to examine its i...
Ginalyn Siringan· International journal of hum...· 0 citations
The Mathematical Knowledge for Teaching (MKT) framework conceptualizes specialized content knowledge (SCK) through the dimensions of justification, explanation, and representation. Drawing on this framework, this study investigates secondary school mathematics teachers’ specialized content knowledge in the teaching of...