This research aimed to comprehend the impact of the first school closure on secondary education in Cyprus from students’ perspectives. Through the administration of an online survey with both closed and open questions, the study investigated the main issues and challenges that students experienced during their abrupt transition from face-to-face to emergency remote education and their main worries and concerns during this period, as well as their perceptions regarding the effectiveness of the teaching and learning process followed during the distance education period. The study also elicited students’ suggestions, based on their experiences from the lockdown period, on improving instruction in case of further lockdown(s) and in the post-COVID-19 era. Three hundred twenty-two (322) students of both upper and lower secondary education participated in the study. The data from closed questions were analysed using descriptive and inferential statistics, and for the data from the open questions, a qualitative thematic analysis approach was followed. The valuable insights gained from this study illustrate how important it is for educators and educational policymakers to give voice to students, closely listen to what learners felt worked and what did not during the period of remote learning, and develop plans and policies that incorporate their feedback.

This article reports on the main experiences gained from a teaching intervention which utilised the alternate reality game ‘Helping Nemo’ in an augmented reality environment for formative assessment. The purpose of the study was to explore the ways in which the affordances arising from the combination of alternate reality games and augmented reality, situated in the context of Universal Design for Learning, might facilitate students’ learning amongst the aspects of engagement, participation, and response to students’ variability. The study took place in a public primary school located in a rural area of Cyprus. A second-grade class consisting of 24 students aged 7–8 years old was selected to comprise the sample. A qualitative research approach was adopted. The data collection methods included classroom observations and focus groups with the students. Findings gained from the teaching intervention suggest that the creation of a multimodal environment that draws on the principles of Universal Design for Learning and combines the affordances of alternate reality games and augmented reality for formative assessment contributes towards higher levels of engagement and participation in learning of all students, including bilingual students, students with learning disabilities, and students who are currently disengaged.

Teachers’ knowledge rooted in classroom practices guides their actions when dealing with a specific subject matter. To assess the quality of these practices, a close examination of the “classroom reality” is needed. The present study, which was carried out in Greece, investigates secondary science teachers’ practices. To record these practices, we used special classroom observation tools as well as questionnaires to record students’ views of their teachers’ practices. The observation tools and the student questionnaire focus on specifically formed criteria deriving from aspects of Pedagogical Content Knowledge (PCK). In total, 32 secondary science teachers and 1154 students participated in our study. The results indicated that the strong points of teachers’ teaching practices concern their subject matter knowledge, the use of representations, their questioning, their communication of the instructional objectives to the students, and knowledge of students’ difficulties. The weak points are related to the use of a variety of teaching approaches, the investigation of the students’ alternative conceptions, the experimental and ICT-based teaching, and the implementation of inquiry-based activities. The methodology employed in our study was fruitful in providing a holistic view of science teachers’ practices and can be used for investigating classroom practices of teachers of other subjects as well.

Students’ perceptions on AR applications have gained researchers’ interest in the field of ICT-enhanced teaching and learning, especially in recent years. The current study investigates students’ perceptions concerning their learning and immersive experiences gained using AR quizzes with formative self-assessment purposes in a science education university course during one semester. The research followed the mixed-method approach, and the data were collected sequentially by questionnaires and focus group discussions. A descriptive statistical analysis and a thematic analysis were conducted, respectively. Fifty-one (51) students participated in the quantitative data collection procedure and ten (10) of them participated in the focus groups. The results indicate that students are in favor of AR quizzes which justify their stance based on the learning gains and the immersive experiences. AR was underlined to play a significant role by creating an engaging environment of immersion. The findings support the positive stances of students over the combination of AR and formative self-assessment and highlight the role of immersion supported by AR technologies. Additionally, based on the relatively long period of application, the findings create doubts concerning the influence of the novelty effect on students’ positive stances toward AR.

In this study, we aimed to determine Cypriot primary mathematics teachers’ perspectives and lived experiences during the transition to emergency remote teaching (ERT) in the early stage of the COVID-19 pandemic. An in-depth online survey combining closed-ended and open-ended questions was administered to sixty-two (n = 62) educators teaching mathematics in public primary schools during the first lockdown in spring, 2020. The data from closed-ended questions were analyzed using descriptive and inferential statistics, whereas, for the open-ended questions, a thematic analysis approach was employed. Our findings provide useful insights regarding teachers’ self-reported technology backgrounds and levels of instruction regarding the use of technology in mathematics prior to the pandemic, as well their level of preparedness for ERT and the main challenges they faced in implementing ERT of mathematics. Our findings also indicate teachers’ levels of satisfaction with their ERT practices and their beliefs concerning the extent of achievement of the curriculum learning objectives through ERT, and how these varied based on teachers’ self-reported levels of familiarity with technology, their self-reported levels of preparedness for teaching at a distance, and their engagement (or non-engagement) in synchronous instruction during ERT. Teachers’ suggestions, based on their experiences from the lockdown period, regarding how to transform mathematics teaching and learning in the post-COVID-19 era are also presented.

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The Erasmus+/KA3 project Augmented Assessment “Assessing newly arrived migrants' knowledge in Science and Math using augmented teaching material” aims to address the gap that exists in assessing newly arrived migrant students' prior knowledge in the fields of science and mathematics caused by the linguistic obstacle between them and the teachers. To address this gap, the project will develop the Augmented Assessment Library as well as a teachers' training course focusing on inclusive assessment and augmented reality. The chapter outlines the theoretical orientations of the project (augmented assessment bridges) and discusses the elements that comprise them focusing on the connections among inclusive pedagogy, visual representations in science and math education, multimodality, and augmented reality. It also describes the pedagogical framework underpinning the design of the Augmented Assessment Training Course as well as the main innovation of the project which is the Augmented Assessment Library and its pedagogical value for assessment.