Despite the benefits of integrated Science, Technology, Engineering, and Mathematics (STEM) education that have been discussed for decades; many teachers still find it challenging to implement integrated STEM education due to lacking confidence and experience. Numerous models and frameworks exist, but they tend to focus on enhancing teachers'…

Using existing research on digital citizenship education (DCE), postdigital theory, and "The New Zealand Curriculum (NZC)," this article indicates how schools and teachers can make links between curriculum and a postdigital interpretation of DCE. Although the view of DCE as being cross-curricular presents opportunities to integrate DCE…

Digital citizenship education (DCE) is a concept that looks to develop learners as competent, critical, and active participants in digitally connected societies. "The New Zealand Curriculum" ("NZC") conveys a vision of DCE across subject disciplines, yet digital citizenship is scarcely defined in teaching content or learning…

Erasmus Mundus Joint Master's Degrees (EMJMD) offer a unique opportunity to jointly design and deliver an integrated curriculum of excellence in an international context. This study analyses the case of a Master's Degree specialised in Education: PETaL "Play, Education, Toys and Languages". This is the first EMJMD obtained by the…

The integration of Science, Technology, Engineering and Mathematics is increasingly advocated by government and industry, in a world where complex global challenges require knowledge from multiple disciplines. The author explores approaches to integrating the breadth of learning described in the curriculum for each STEM discipline. She concludes…

In this article, the relatively new phenomenon of integrating coding and computer science (CS) related concepts and skills into the K-8 grades is analysed through a comparative analysis of related provincial curriculum initiatives in Canada. First, provincial K-8 curricula that include coding and CS related concepts and skills are identified, as…

This article reports on the design of interdisciplinary units in five International Baccalaureate schools in Norway and Denmark, each with fewer than 100 students in their Middle Years Programme. The mixed methods study describes subject combinations and time frames of 37 enacted units and 111 hypothetical interdisciplinary units, and the…

The numerical ability of Irish students in international and national assessments is weaker than for literacy, particularly among higher-performing students. The aim of this study was to design a national teacher professional development programme to encourage teachers at post-primary level to develop numeracy competency across the post-primary…

STEM integration has attracted considerable attention in educational research, yet there has been a dearth of research exploring how STEM integration is perceived and implemented in regular school settings. The purposes of the study were to explore Taiwanese junior secondary teachers' conceptions of STEM integration with regard to their practices,…

This study explores the integration of drone technology into STEM education through the development and evaluation of the Drone Technology Enabled STEM Curriculum (DTESC). Grounded in "dronagogy", a pedagogical framework that utilizes drones to enhance learning, DTESC effectively incorporates drone technology within science, mathematics,…

Despite longstanding calls to integrate school science and mathematics, concerns remain about how to achieve high-quality learning in both subjects. In reporting on a teaching approach that aimed to achieve this outcome, the authors focus particularly on the teacher's role. The Interdisciplinary Mathematics and Science project (IMS), an Australian…

The aim with this study was to analyse and explore how physical sciences, engineering science and technology subjects (technical electrical technology, technical civil technology, technical mechanical technology) can contribute to the alignment of the technical sciences curriculum. We used document analysis to collect data. An analysis of the…

This report presents the results of the 2023 data collection on the structural indicators for monitoring education and training systems in the area of key competences. The report contains indicators on key policies related to: 1. cross-curricular learning at school; 2. active student participation in decision-making at school. The report contains…

The education systems of today face the challenge of imparting skills that are suitable for the 21st century. Encouraging the ability to integrate and process data from different knowledge fields will bring educators closer to the goal. We have developed a model based on the integrative teaching of literature and science, in which a scientific…

This case study examined the transdisciplinarity and complementarity of a double degree program in undergraduate chemistry and computer engineering, based on the perspectives of its graduates. Semi-structured interviews were conducted with eighteen graduates to explore how well the program integrated both disciplines and prepared them for the job…