<abstract><title style='display:none'>Abstract</title>This work analyses the use of artificial intelligence in education from an interdisciplinary point of view. New studies demonstrated that an AI can “deviate” and become potentially malicious, due to programmers’ biases, corrupted feeds or purposeful actions. Knowing the pervasive use of artificial intelligence systems, including in the educational environment, it seemed necessary to investigate when and how an AI in education could deviate. We started with an investigation of AI and the risks it poses, wondering if they could be applied also to educative AI. We then reviewed the increasing literature that deals with the use of technology in the classroom, and the criticism about it, referring to specific use cases. Finally, as a result, the authors formulate questions and suggestions for further research, to bridge conceptual gaps underlined by lack of research.</abstract>

A “psychopathic” Artificial Intelligence: the possible risks of a deviating AI in Education

<abstract><title style='display:none'>Abstract</title>Portfolios are often used in higher education for learning, promotion, assessment and appraisal. Thanks to technical developments in recent years, portfolios are increasingly digital rather than physical. E-portfolios provide a comprehensive way to document personal progress, to reflect on work activities, to support learning and to serve as a tool for feedback and evaluation. However, there has been very little research conducted on the use of e-portfolios for learning purposes in higher education. This paper focuses on the use of e-portfolios in teacher education. Six students in a master programme work with e-portfolios in the course of their practical vocational training. In a mixed-methods design, the students were interviewed about their experiences and the process of writing e-portfolios. In addition, a document analysis of the e-portfolio entries has been conducted in terms of content and structure. The findings of this study provide indications on how e-portfolios can be used effectively in teacher training and which promoting and inhibiting conditions students encounter.</abstract>

Opportunities and challenges of e-portfolios in teacher education. Lessons learnt

<abstract><title style='display:none'>Abstract</title>Currently, there is a need to assess the impact of ICT educational policies in educational centres. In this study, the level of digital competence of students is proposed as an indicator of the impact of these policies. However, there is an international problem when it comes to measuring this competence due to its diversity and conceptual complexity. This study presents a theoretical model of conceptualisation and systematisation of digital competence through various constructs derived from the sociocultural approach (Command, Privileging, Appropriation and Reintegration). The empirical validation of this model is the main purpose of this article. The sample of this study consists of 1,881 students of primary and secondary education of the autonomous community of Andalusia (Spain). For the data collection, an ad hoc questionnaire of 22 items is created. A statistical analysis based on structural equation model (SEM) is applied using the SmartPLS 2.0 M3 programme. The results reveal that the theoretical model is valid and has a predictive power (R<italic>2</italic>0.712 and Q<italic>2</italic>0.7087). To conclude, the validation of this theoretical model is a first step for the consideration and creation of digital competence as an indicator of the impact of ICT educational policies.</abstract>

Digital competence as an indicator of the impact of ICT educational policies: Validation of a theoretical model using PLS

<abstract><title style='display:none'>Abstract</title> Due to the increasing growth in available data in recent years, all areas of research and the managements of institutions and organisations, specifically schools and universities, feel the need to give meaning to this availability of data. This article, after a brief reference to the definition of big data, intends to focus attention and reflection on their type to proceed to an extension of their characterisation. One of the hubs to make feasible the use of Big Data in operational contexts is to give a theoretical basis to which to refer. The Data, Information, Knowledge and Wisdom (DIKW) model correlates these four aspects, concluding in Data Science, which in many ways could revolutionise the established pattern of scientific investigation. The Learning Analytics applications on online learning platforms can be tools for evaluating the quality of teaching. And that is where some problems arise. It becomes necessary to handle with care the available data. Finally, a criterion for deciding whether it makes sense to think of an analysis based on Big Data can be to think about the interpretability and relevance in relation to both institutional and personal processes.</abstract>

Think big: learning contexts, algorithms and data science

<abstract><title style='display:none'>Abstract</title>Distance education environments can take many forms, from asynchronous to blended synchronous environments. Blended synchronous learning environment (BSLE) can be defined as an innovative setting in which students can decide to attend classes either face-to-face or via a synchronous virtual connection. Many educators are unfamiliar teaching in BSLE because of lack of experience or exposure to this delivery method. Thus, it is important to understand the optimal organisational structures and the effective management of BSLE courses to facilitate student learning and interaction. Seeking to understand this teaching method, an exploratory mixed-method study was conducted to examine graduate students’ perceptions of the BSLE. Quantitative and qualitative data was collected from a questionnaire and analysed. The findings revealed that students were satisfied with the BSLE, interactions, and the instructor. However, findings showed that the instructor divided attention between face-to-face and online synchronous students, which can cause cognitive overload and compromise the quality of instruction. Additionally, this study suggests that technical difficulties can affect students’ satisfaction with BSLE courses. Implications for further research and limitations are discussed.</abstract>

Blended synchronous learning environment: Student perspectives

<abstract><title style='display:none'>Abstract</title> Currently, the ‘time’ variable has taken on the function of instructional and pedagogical innovation catalyst, after representing-over the years-a symbol of democratisation, learning opportunity and instruction quality, able to incorporate themes such as school dropout, personalisation and vocation into learning. Spaced Learning is a teaching methodology useful to quickly seize information in long-term memory based on a particular arrangement of the lesson time that comprises three input sessions and two intervals. Herein we refer to a teachers’ training initiative on Spaced Learning within the programme ‘DocentiInFormAzione’ in the EDOC@WORK3.0 Project in Apulia region in 2015. The training experience aimed at increasing teachers’ competencies in the Spaced Learning method implemented in a context of collaborative reflection and reciprocal enrichment. The intent of the article is to show how a process of rooting of the same culture of innovation, which opens to the discovery (or rediscovery) of effective teaching practices sustained by scientific evidences, can be successfully implemented and to understand how or whether this innovation- based on the particular organisation of instructional time-links learning awareness to learning outcomes.</abstract>

Spaced learning and innovative teaching: school time, pedagogy of attention and learning awareness

Editorial: The year of AI in education

<abstract>
<title style='display:none'>Abstract</title>
This study examines the relationship between teachers’ inquiry-based teaching self-efficacy and computational thinking skills. The research was conducted in the survey model, which is the correlational model that reveals the relationship between two variables. The study sample comprised 369 teachers working in Gaziantep with different seniority and branches. Before the research, teachers were expected to receive a level of technology education that they could use in educational activities. The teachers who received technology training were given training on the computational thinking method. The conceptual states of computational thinking in education, the stages of computational thinking were given beforehand, and then, the teachers were expected to use the method with practical examples, where they could use their computational thinking skills. In this way, it was ensured that the teachers were aware of the computational thinking method and the target sample group was formed for this study. The data of the study were collected 1 month after this training. Data collection tools were the Inquiry-Based Teaching Self-efficacy scale and Computational Thinking Skills Scale. Correlation, regression, and multiple regression analyses were performed in the data analysis. Significant relationships were found between the scale’s subdimensions and total scores. When the relationship between the participants’ computing thinking skills scores and the inquiry-based teaching self-efficacy was examined, a moderate relationship was found between both variables.
</abstract>

Investigation of the relationship between teachers’ inquiry-based teaching self-efficiency for STEM+S and their computational thinking skills

<abstract>
<title style='display:none'>Abstract</title>
Modern technology progresses at an incredibly fast pace. With personal computers, mobile phones, tablets, and the Internet, technology is used in all spheres, affecting our daily lives greatly. Educational games are also taking advantage of the technological process, for example, many useful apps are available for children. Gaming and educational opportunities have expanded because of the development of tablets and smartphones. Teachers have the opportunity to combine physical and electronic objects when creating education materials, so they are not confined to the use of traditional physical objects. Storytelling remains one of the oldest teaching methods for children: the development of technology has given impetus to the creation of tangible digital storytelling, which combines programs with physical objects, creating a single field for learning. Creating stories in which a child can interact with his/her peers has also provided new opportunities for inclusion and cooperation in young children. Indeed, the increased use of speakers, videos, pictures, and other tools that can help to quickly create and easily adapt objects for children with various backgrounds has fostered inclusive teaching. This paper will consider the evolution of the storytelling practice, focusing specifically on tangible digital storytelling and its benefits in young children.
</abstract>

Tangible digital storytelling and phygital reality: benefits for inclusion and cooperation in young children

<abstract>
<title style='display:none'>Abstract</title>
The present study aims to examine prospective history teachers’ process of using digital games to design history lessons and delivering the designed lessons in virtual classrooms. The study employed a design-based research model and was conducted with 31 participants selected based on the criterion sampling method. Data were collected through design documents, interview forms, and video recordings and were analyzed using descriptive and content analysis techniques. During the process, participants were able to design history lessons with digital games and deliver the designed lessons in virtual classrooms. Analysis of participants’ views on the process led to the emergence of the following themes: “The Problems Emerging in the Process,” “The Pedagogical Effects of the Process,” “The Technological Effects of the Process,” “The Effects of the Process on Reflective Thinking,” “The Effects of the Process on Participants’ Thoughts about Virtual Learning Settings,” and “The Effects of the Process on Participants’ Thoughts about the Researcher.” The study results show that despite some problems with the use of technology, the process had a positive effect on the participants. In this regard, future studies may be recommended to focus on prospective teachers’ competencies in using technology effectively when teaching lessons in virtual learning environments.
</abstract>

Using Digital Games to Teach History: A Design-Based Study

<abstract>
<title style='display:none'>Abstract</title>
The paper aims to reflect on the training of teachers in Italian lower and upper secondary schools by presenting the training activities carried out by the Pegaso Telematic University in the provision of the training course foreseen by Ministerial Decree 180/2022. The first training activities focused on the training of the course tutors, while the second focused on the feedback given to the teachers who followed the course, following the development of the competence assessment. The aim of this paper is to reflect on the replicability of the training actions presented and the lines of research that open up.
</abstract>

Methodological-didactic teacher education in Italian secondary school and competence assessment1

<abstract>
<title style='display:none'>Abstract</title>
Screen-mediated teaching at the university level has necessitated a redesign of learning environments across various dimensions, encompassing epistemological, relational, and pragmatic aspects. How can the Digital Learning Ecosystem nurture these dimensions? Does the ecosystem initiate a feedback loop between the teacher and the student, configured not only as an evaluative process but also as a reflective and adaptive one? The feedback loop holds a generative value; it triggers an internal process in the student, enabling them to construct knowledge about their ongoing activities and comprehend through their own evaluative acts. Students stand as the ultimate source of all feedback; they are the ones who ultimately generate it, and it is this process that catalyzes learning. Feedback strategies further promote alignment between the teacher and the student, fostering continuous redesign and co-design.
The paper aims to present a survey collecting students’ perceptions on the condition of separation between professors and students during distance learning and activation of the educational relationship and feedback through digital devices.
</abstract>

Feedback strategies in distance education: a survey of university students

Authors Guidelines

Ethics Statement

Format for Reviewers

Open Access License

REM Template

Peer Review

Research on Education and Media

 REM - Research on Education and Media is devoted to research on Education and Media in the broadest sense: Media Education, e-Learning, Education Technology, Teaching and Learning...

 REM - Research on Education and Media is devoted to research on Education and Media in the broadest sense: Media Education, e-Learning,...