Integrating digital technologies for learning — A complex multi-dimensional decision-making process

One key point in the OLIVE project is to explore ways to integrate digital technologies in teaching and learning and figure out technological tools, platforms and services of the Internet that best serve pedagogical purposes. The integration of technologies in learning and education requires different types of decision-making from the part of teachers. Based on this consideration, the focus of this blog post is on themes relevant to complex decision-making required when technology use comes into the foreground of pedagogy. These themes were discussed during the workshop of OLIVE on 7 & 8 December 2021 that was organized online by the School of Education at Birzeit University in the West Bank.

The themes and topics of discussion concern instructions of use (manuals) and issues of cyber security and violations of digital rights in Palestine.

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Teaching STEM with technology and collaborative work

Voice Analyzer with Gas and Mirrors, Natural Sciences and Technology Museum, National & Kapodistrian University, Athens

Out-of-the-box approaches and practices for thinking critically  

authored by Marianna Vivitsou

Thinking STEM in education

The theme of STEM education is intertwining with many of the basic areas of interest in OLIVE and relates to different outputs and project activities.  

These include, among others, the need to establish virtual peer mentoring teams to strengthen exchange of ideas and learning from one another, to define new practicum strategies and set a framework for shared teaching in the OLIVE partner universities. Undoubtedly, this is a complex situation. Yet, this is not the only kind of complexity that approaching STEM education presents.  

As it spans across major fields of science, research and teaching, considerations arise concerning the epistemologies and the pedagogies that should underlie the effort to introduce a working model of STEM (i.e., an acronym for Science, Technology, Engineering and Mathematics) in education. In addition to that, although science, technology, engineering and mathematics related occupations are expected to experience rapid growth in the years to come, STEM does not seem to be for all.  

Recent studies show that gender gaps and other divides and inequalities in the professional domain are rooted within expectations, stereotypes and structures established and observed early in the education continuum. In alignment with these, an introduction to a collection of articles with a focus on participation barriers, Nature Research and Scientific American point out that many groups are underrepresented in research including women, ethnic minorities, people with disabilities and socially disadvantaged populations. Far more action, therefore, needs to be taken in institutions and scientific communities. 

Taking these insights into consideration, in the pedagogical team of OLIVE we departed to set some commonly agreed principles aiming to frame the basis of joint work. At the same time, we recognized the need to think and act differently and in ways that would align with out-of-the-box approaches and practices. «Out of the box» is a metaphor that signifies new, creative ways that are go beyond established (here, teaching) practices and look into the multiple dimensions of phenomena with a critical eye.  

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