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This paper outlines the growing phenomenon and need to integrate technologies into mathematics and science teaching and learning. There are a number of successful projects for valuable integration of technologies around the world, however, these successes are often limited reaching a relatively small number of teachers and students. In this paper, we aim to offer examples of large-scale technology projects that could create a critical mass of users that could further drive innovation and sustainability for educational technology integration. We outline how GeoGebra became one of the most widely used dynamic mathematics software with a user base of more than 100 million; highlight directions of research for technology development and integration; and describe the Geomatech project that aimed to train 2500 teachers in 950 schools in Hungary. We hope that such examples, the developed technology, resources and pedagogies could contribute to further valuable integrations of technologies in mathematics and science education. peerReviewed

Teachers are expected to lead the innovative use of Information Communication and Technology (ICT) at the classroom level of context. However, research literature shows that a number of factors influence their ICT pedagogical practices. Therefore, the present study investigates the influence of school level support on teacher educators’ technology integration. A mixed method is used to collect data through three focused interviews (N = 19) and self-completion survey (N = 136). The data collected is analysed both qualitatively and quantitatively. The result shows support for the model hypothesized and suggests that the ICT pedagogical practices of the teacher educators do not predict their technology integration. Also, there was evidence that the school level context influenced teachers’ ICT competence, which is necessary for successful technology integration. peerReviewed

It is important to understand what drives the success of technology integration in educational settings, because learning in schools with technology develops the students' capacities to participate fully in the digital age. Educated students, in turn, can transform our societies through innovative scientific discoveries. Recently, the Technological Pedagogical Content Knowledge (TPACK) framework has emerged as a theoretical framework needed for understanding the teacher’s integration of digital technologies into teaching. Educational interactions, in turn, have been emphasized as a critical component of the educational practices, processes and contexts. However, these two concepts have been studied and developed rather independently. This paper reviews both educational interactions and the TPACK framework. Against this background, we outline and propose an integrated framework that combines two approaches and allows providing a better understanding of technology-based education, especially at the micro level of the classroom. peerReviewed