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The role of digital background factors in academic achievement. A comparative study of students from three countries based on the PISA 2022 database
115–128Views:147This study investigates the impact of students’ digital background factors on mathematical achievement using data from the 2022 PISA assessment. The analysis focuses on 15-year-old students from Austria, Estonia, and Hungary with particular attention given to the interplay between home financial conditions, ICT availability and usage, digital attitudes, and mathematics performance. Drawing on student questionnaire responses, we constructed composite indices and factor scores representing digital access, usage frequency, and digital competence at both home and school settings. Descriptive statistics, ANOVA, and linear regression models were applied to explore the relationships between digital background variables and students' mathematics proficiency scores. The results reveal that home financial status consistently predicts higher achievement across all three countries, whereas the frequency of school-based ICT use shows a negative correlation with performance. Conversely, home-based ICT usage and positive attitudes towards online platforms correlate with higher mathematics outcomes. The Estonian data challenge the initial hypothesis of a country-specific positive effect of ICT usage in schools, suggesting instead that the quality and context of digital integration matter more than frequency. The findings also highlight the importance of learning orientation and student motivation in shaping mathematics performance. Despite some methodological limitations – such as the cross-sectional nature of the data and reliance on self-reported measures – the study offers reliable insights into how digital background factors influence academic outcomes. The results underscore the need for more effective integration of ICT tools in classrooms, informed by students' learning habits and preferences.
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Digital Diet and Relevant Minority Aspects during Home Preschool Education
121-130Views:255The aim of the present research is to provide an outline of the home education situation of Hungarian children enrolled in educational institutions in Romania. The research focuses on the perspective of early childhood teachers and education experts. Our objective is to identify the factors influencing the digital diet in minority preschool education and investigate whether this phenomenon, along with practices in home education, have specific distinguishing features as compared to trends in mainstream education. Approaches to digital diet and preschoolers’ use of digital tools are basic components of our interpretative framework. We set out to investigate this pedagogical phenomenon in the light of minority education, considering the educational situation in dispersed and block regions. Our descriptive study, built on a questionnaire (own design), presents the good practices in home education focusing specifically on minority aspects. Our sample consisted of 403 early childhood teachers and 14 minority education experts resulting from convenience sampling. The investigation reveals a more liberal home education style. According to experts, the national regulatory framework for home education gives rise to conflicting interpretations and specific minority provisions and recommendations are less straightforward. During home education, the proportion of the areas of development and that of learning content is distorted, and the language of instruction as a factor influencing the digital diet becomes especially prominent. Research results did not focus primarily on the minority features of home education and the digital diet but rather on regional and local distinguishing features.
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AI as a digital assistant in a multi-ethnic VET system: Evidence from the VETAssIst project in Serbia
28–36Views:74Artificial intelligence (AI) is increasingly framed as a lever for teaching efficiency in vocational education and training (VET), yet adoption is mediated by teachers’ linguistic and cultural contexts. This study, conducted within the VETAssIst project, compares AI‑related readiness and needs among VET teachers in Serbia across two cohorts working under the same national framework: Hungarian‑minority teachers in Vojvodina and Serbian‑majority teachers. Using a structured questionnaire, we examine perceived usefulness of AI as a ‘digital assistant’ for lesson planning, assessment, and administrative work, self‑reported digital competence, perceived institutional support, and readiness for integration. The evidence indicates broadly similar baseline competence across cohorts, strong intentions to expand classroom use, and uneven institutional backing. Recurrent requirements include VET‑specific AI tools, clearer school‑level policies, targeted professional development, and language‑accessible resources. We argue that sustainable digital transformation in multi‑ethnic VET systems depends on aligning tool ecosystems and professional learning with the linguistic diversity of the workforce, thereby preventing intra‑system digital divides.
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The Use of Interactive Teaching Aids by Special Education Teachers in Teaching Science to Students With Autism Spectrum Disorder (ASD)
Views:452This study explores the use of interactive teaching aids by special education teachers in teaching science to students with autism spectrum disorder (ASD). It identifies effective tools, challenges educators face, and strategies for optimizing their use. Research questions focus on commonly used aids and barriers to implementation, given the need for inclusive and tailored educational approaches. Existing literature underscores the benefits of interactive teaching aids for students with ASD, particularly digital tools like interactive whiteboards, tablets, and digital storytelling. These resources enhance engagement, support visual and kinesthetic learning, and improve social interaction skills. However, challenges persist, including insufficient teacher training, limited access to technology, and the need for individualized adaptations. A qualitative methodology was employed, involving semi-structured interviews with 10 special education teachers. Thematic analysis using NVivo software provided insights into teacher experiences. Findings indicate that interactive teaching aids improve engagement and comprehension but are hindered by resource constraints, technical issues, and variability in student attention. Despite widespread recognition of their benefits, research on the specific application of interactive teaching aids in ASD science education remains limited. The long-term impact on learning retention and tool adaptability across contexts also requires further investigation. This study concludes that interactive teaching aids significantly enhance science education for students with ASD. Addressing barriers through targeted training, better resource allocation, and regular maintenance is crucial. Future research should explore long-term effects and optimize strategies for integrating these tools in diverse educational settings.
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Digital Tools of Universal Music Education
60-66Views:1239The purpose of this article is to present various solutions concerning music education aided by computer technologies. The article applies public music education. The author attempts to provide an answer to questions concerning the role of music teachers working with new media , which requires them to constantly improve and expand their skills. How are they able to utilise new technological achievements while at the same time blending them with well-proven, traditional methods of music teaching/learning, without falling prey to the dangers of modern media ? Any attempts at using innovative solutions are bound to cause numerous challenges for students, teachers, and the entire education system. However, the effects of such actions could contribute to the improvement of the quality of music education in society, which justifies the efforts. The intention of the author is attempt to look into the future on the basis of the existing data sources, analyses and global pedagogical trends and to search for theoretical and practical solutions, which may influence the formulation of the paradigms in modern music teaching.
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Evaluating the impact of a retail management programme on graduates’ industry readiness at a selected South African university
101–114Views:89This study explored the effectiveness of a Retail Management Programme in preparing students for employment in the retail industry. In South Africa, there is growing concern about the disconnect between university education and the labour market's expectations. The primary aim of this study was to assess whether the programme provides students with the relevant skills and knowledge necessary for the workplace. A quantitative research method was employed, and data was collected through questionnaires completed by 40 retail management students. The responses were analysed using descriptive and inferential statistics with the Statistical Package for Social Sciences (SPSS). The findings indicate that most students felt well-prepared for customer service, digital work tools, and retail operations. However, some students expressed uncertainty about their readiness, particularly in areas such as data analysis and decision-making. Students were primarily motivated to enroll in the programme to acquire transferable skills and enhance their employment prospects. They also valued training that mirrored real work environments. The study recommends incorporating more input from industry professionals, utilising greater practical learning methods, and placing a stronger emphasis on soft skills, including communication, teamwork, and problem-solving. Additionally, curriculum updates and improvements to career support services are suggested to facilitate a smoother transition for students into the job market.
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A Mobile Suitcase for Informatic Teachers Related to the “Digital” Didactic Goals of the 21st Century
63-70Views:304This study deals with the optimal equipment of a mobile case for computer science teachers, which offers the possibility to teach the skills of the curricula from primary to high school of the 21st century. First, the Single Board Computers (SBCs) in question are filtered out from previous studies and the accessory parts required are determined through a quantitative market analysis. Then, by combining the results with a qualitative analysis according to Mayring, the degree of curricular coverage of individual accessories is determined and binarized. Afterwards, the optimal equipment of the mobile case is evaluated and established based on the cost overlap by horizontal summation and vertical inclusion of the necessary accessories after recording the prices and the budget. The results were clearly presented in network diagrams and lists. This study thus provides computer science teachers and computer science professors with a budget-dependent basis for making decisions about the contents of a mobile case for computer science lessons or a computer science laboratory for learning the skills of the curricula from primary to high school of the 21st century. The study closes with a summary and an outlook.
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Using Technology for Foreign Language Learning: The Teacher’s Role
23-28Views:1224The spread of information technology has changed the role of language teachers considerably. Being a good educator and an expert in their field are not enough anymore, but teachers are expected to be modern, which means, to possess the ability to design interactive classes (often by using digital tools) and use teaching methods that engage students in a creative way. Today it is a general requirement for teachers to know their way around technology and to possess the know-how of implementing it in a way that fosters language learning. To this purpose teachers need to take into account all facets of technology use, including the advantages and disadvantages of technology-mediated tasks, their usefulness for language learning (e.g. if they are related to the topic of the lesson, are challenging enough for students), helpful resources for students, etc. Technology is regarded as a supplementary instrument to traditional teaching methods that can impact students’ motivation to learn in a positive way, provided it is used for activities that are in line with their needs and expectations. Task-based activities are considered to be especially useful in this regard, allowing students to practice their language skills in an authentic context and also develop creative thinking and problem solving abilities. Web 2.0 technologies (e.g. software programs for creating quizzes and polls, language learning websites, chat programs, wikis, etc.) offer a variety of valuable resources both for activities in the classroom and for practice at home.