Search Results (104)

Advanced three-dimensional extended reality (XR) technologies are highly suitable for cultural heritage research and education. XR tools enable the creation of realistic virtual or augmented reality applications for curating and disseminating information about cultural artifacts and sites. Developing XR applications for cultural heritage requires interdisciplinary collaboration involving strong teamwork and soft skills to manage user requirements, system specifications, and design cycles. Given the diverse end-users, achieving high precision, accuracy, and efficiency in information management and user experience is crucial. Human–computer interaction (HCI) design and evaluation methods are essential for ensuring usability and return on investment. This article presents ten case studies of cultural heritage software projects, illustrating the interdisciplinary work between computer science and HCI design. Students from institutions such as the State University of New York (USA), Glasgow School of Art (UK), University of Granada (Spain), University of Málaga (Spain), Duy Tan University (Vietnam), Imperial College London (UK), Research University Institute of Communication & Computer Systems (Greece), Technical University of Košice (Slovakia), and Indiana University (USA) contributed to creating, assessing, and improving the usability of these diverse cultural heritage applications. The results include a structured typology of CH XR application scenarios, detailed insights into design and evaluation practices across ten international use cases, and a development framework that supports interdisciplinary collaboration and stakeholder integration in phygital cultural heritage projects. Full article

The integration of artificial intelligence (AI) into educational environments is fundamentally transforming the learning process, raising new questions regarding student engagement and motivation. This empirical study investigates the relationship between AI-based learning support and the experience of flow, defined as the optimal state of deep attention and intrinsic motivation, among university students. Building on Csíkszentmihályi’s flow theory and current models of technology-enhanced learning, we applied a validated, purposefully developed AI questionnaire (AIFLQ) to 142 students from two Hungarian universities: the Ludovika University of Public Service and Eszterházy Károly Catholic University. The participants used generative AI tools (e.g., ChatGPT 4, SUNO) during their academic tasks. Based on the results of the Mann–Whitney U test, significant differences were found between students from the two universities in the immersion and balance factors, as well as in the overall flow score, while the AI-related factor showed no statistically significant differences. The sustainability of the flow experience appears to be linked more to pedagogical methodological factors than to institutional ones, highlighting the importance of instructional support in fostering optimal learning experiences. Demographic variables also influenced the flow experience. In gender comparisons, female students showed significantly higher values for the immersion factor. According to the Kruskal–Wallis test, educational attainment also affected the flow experience, with students holding higher education degrees achieving higher flow scores. Our findings suggest that through the conscious design of AI tools and learning environments, taking into account instructional support and learner characteristics, it is possible to promote the development of optimal learning states. This research provides empirical evidence at the intersection of AI and motivational psychology, contributing to both domestic and international discourse in educational psychology and digital pedagogy. Full article

Amid the ongoing digital transformation of higher education, increasing attention has been paid to the impact of digital technologies on teaching quality—particularly in physical education settings that require high levels of interaction and physical engagement. This study examined 1158 university students across China using a cross-sectional design, integrating interpretable machine learning models with structural equation modeling to systematically assess how the frequency of use of seven common digital technologies influences teaching quality in physical education classes. The study also investigated the mediating roles of perceived teacher support and academic self-efficacy. Nine machine learning models and logistic regression analyses were conducted to predict teaching quality, employing feature permutation importance and SHapley Additive exPlanations (SHAP) to evaluate the relative contribution of each digital tool. Results identified multimedia courseware, e-textbooks, and question banks as the most influential predictors of teaching quality. The SHAP analysis further revealed that management software, educational websites, and multimedia materials had significant positive effects and exhibited synergistic interactions in improving teaching outcomes. Structural equation modeling showed that digital technology use had a significant direct positive effect on teaching quality (B = 0.347, p < 0.001). Moreover, perceived teacher support and academic self-efficacy not only served as independent mediators (95% CI = [0.146, 0.226], p < 0.001; 95% CI = [0.024, 0.063], p < 0.001) but also functioned as a chain mediating effect (95% CI = [0.036, 0.083], p < 0.001). This study is the first to integrate interpretable machine learning with structural modeling to elucidate the mechanisms through which digital technologies influence teaching quality in university-level physical education. The findings underscore the critical mediating roles of teacher support and student self-efficacy, providing both theoretical contributions and practical implications for enhancing digital pedagogy in higher education. Full article

This study explores how Speech and Elocution Training (SET) activates language potential and fosters career-oriented development among higher vocational students through self-efficacy mechanisms. Through qualitative interviews with four vocational graduates who participated in SET 5 to 10 years ago, the research identifies three key findings. First, SET comprises curriculum content (e.g., workplace communication modules such as hosting, storytelling, and sales pitching) and classroom training using multimodal TED resources and Toastmasters International-simulated practices, which spark language potential through skill-focused, realistic exercises. Second, these pedagogies facilitate a progression where initial language potential evolves from nascent career interests into concrete job-seeking intentions and long-term career plans: completing workplace-related speech tasks boosts confidence in career choices, planning, and job competencies, enabling adaptability to professional challenges. Third, SET aligns with Bandura’s four self-efficacy determinants; these are successful experiences (including personalized and virtual skill acquisition and certified affirmation), vicarious experiences (via observation platforms and constructive peer modeling), verbal persuasion (direct instructional feedback and indirect emotional support), and the arousal of optimistic emotions (the cognitive reframing of challenges and direct desensitization to anxieties). These mechanisms collectively create a positive cycle that enhances self-efficacy, amplifies language potential, and clarifies career intentions. While highlighting SET’s efficacy, this study notes a small sample size limitation, urging future mixed-methods studies with diverse samples to validate these mechanisms across broader vocational contexts and refine understanding of language training’s role in fostering linguistic competence and career readiness. Full article

The present study explores the affordances of virtual reality (VR) technologies to enhance digital and media literacy skills within an interdisciplinary and inclusive K-12 English as a Foreign Language (EFL) learning context. Addressing gaps in research on the design and impact of VR experiences in secondary education, the study investigates VR affordances not only as a learning tool, but also as a medium for knowledge co-creation through learning by doing, with students acting as the agents within digital social contexts. The study was conducted for two years, with 59 participants aged 13–14 years old, following a structured five-phase intervention model with the intent to comply with DigComp 2.2 guidelines for digital citizenship and the Universal Design for Learning (UDL) for inclusive educational practices. The phases involved (a) training on the technological level to leverage digital tools; (b) media and information literacy (MIL) instruction in VR; (c) collaborative VR artifact creation; (d) peer evaluation; and (e) dissemination with peers from other sociocultural contexts for an iterative process of continuous content improvement and social discourse. Mixed methods data collection included pre/post-course surveys, pre/post-tests, observation journals, and student-generated VR artifact evaluations. The findings indicate consistent learning gains across both years, with an average pre–post gain of 18 points (Cohen’s d = −2.25; t = −17.3, p < 0.001). The VR-supported intervention fostered complex skillset building within a VR-supported dynamic learning environment that caters to diverse needs. Students’ reflections informed a framework for designing inclusive media literacy in VR, structured around three main pillars: Narrative Structure, Strategic Design, and Representation Awareness. These themes encapsulate the practical, cognitive, and ethical dimensions of VR design. Sub-themes with examples contribute to understanding the key design elements of VR in promoting participatory engagement, digital and media literacy, critical discourse, and inclusive education. The sub-themes per pillar are signaling and multisensory cues, storyline, and artful thinking; schema formation, multimedia encoding, and optimal cognitive load; and bias-free, respect for emotional impact, and language and symbols. Complementary quantitative findings confirmed the themes of the proposed framework, revealing a positive correlation between the perceived ease of use (PEoU) with digital skills development and a negative correlation between perceived usefulness (PU) and cognitive load. The study concludes with recommendations for pedagogy, curriculum design, and future research to empower learners in shaping sustainable digital futures. Full article

This study examined the effectiveness of an 18-week online blended teacher professional development program for Kenyan in-service teachers. Also, teachers received instruction on the use of an evidence-based early literacy software program for children. The 94 teachers completed two professional development training modules (alphabetics and fluency) and four surveys (one before and one after each module). Surveys assessed teachers’ confidence and knowledge consistent with the primary elements of the TPACK model (i.e., content, pedagogy, technology). Knowledge gains were observed for fluency content, but not alphabetics content. Across the program, there were gains in pedagogical knowledge and teachers’ confidence. Given the importance of technology in the present study, additional analyses involving intersections of key elements with technology were examined. Outcomes supported the importance of technological pedagogy for the overarching integrated TPACK model. Overall, the TPD and accompanying course material provided some support for teachers who struggle with literacy instruction. Full article

This article presents early insights from a small-scale action research project designed to promote positive reading dispositions and expand reading repertoires among pre-service teachers at a regional Australian university. Building on Professor Teresa Cremin and colleagues’ seminal Teachers as Readers research in the U.K., the study highlights the critical role of teacher educators in fostering pre-service teachers’ knowledge and enthusiasm. It explores how the use of high-quality children’s literature alongside a reading-for-enjoyment (RfE) pedagogical approach can shape pre-service teachers’ identities as future reading role models. Strategies such as shared read-alouds, book talk, and enjoyment-centred reading practices were employed to strengthen connections with children’s literature. The study also modelled how children’s literature could be used as mentor texts to support curriculum-aligned instruction and develop pedagogical confidence. Wenger’s Communities of Practice theory provides a framework to demonstrate how a children’s literature-based approach and RfE pedagogical practices contribute to the formation of positive reader identities. Amid concerns about improving literacy rates and teacher preparedness for reading instruction, this study illustrates the transformative potential of integrating children’s literature and RfE pedagogy into initial teacher education to cultivate future Reading Teachers capable of inspiring a love of reading and building communities of readers in their classrooms. Full article

Mental images such as foci of attention can significantly enhance the quality of movements, providing a positive effect on human performance, e.g., in dancers or athletes. Thirteen participants (height = 161 ± 13 cm, mass = 46.4 ± 17.3 kg, and age = 21 ± 8.4 years) with varying levels of experience in classical ballet were divided into three groups (amateur, professional, and children). Each participant performed three sauté en suite jumps, followed by an instruction to imagine “taking the floor with them” during the jump. The study aimed to assess the effect of this external focus on jumping performance using biomechanical modeling. Results showed a statistically significant increase in jump height and an expanded range of motion in the hip and knee joints after the intervention, suggesting a positive influence on movement quality. However, results varied among groups, with no significant change in leg stiffness across participants, though tendencies appeared within each group. These findings indicate that an external focus of attention could be a useful tool in dance pedagogy, enhancing performance quality across experience levels and supporting individual progress. The study recommends further research to explore the full impact of psychologically effective instructions on various aspects of physical performance. Full article

Background/Objectives: This article explores the use of Ancient Greek as a prompt language in DALL·E 3, an Artificial Intelligence software for image generation. The research investigates three dimensions of Artificial Intelligence’s ability: (a) the sense and visualization of the concept of distance, (b) the mixing of representational as well as mythic contents, and (c) the visualization of emotions. More specifically, the research not only investigates AI’s potentialities in processing and representing Ancient Greek texts but also attempts to assess its interpretative boundaries. The key question is whether AI can faithfully represent the underlying conceptual and narrative structures of ancient literature or whether its representations are superficial and constrained by algorithmic procedures. Methods: This is a mixed-methods experimental research design examining whether a specified Artificial Intelligence software can sense, understand, and graphically represent linguistic and conceptual structures in the Ancient Greek language. Results: The study highlights Artificial Intelligence’s possibility in classical language education as well as digital humanities regarding linguistic complexity versus AI’s power in interpretation. More specifically, the research not only investigates AI’s potentialities in processing and representing Ancient Greek texts but also attempts to assess its interpretative boundaries. The key question is whether AI can faithfully represent the underlying conceptual and narrative structures of ancient literature or whether its representations are superficial and constrained by algorithmic procedures. The study highlights Artificial Intelligence’s possibility in classical language education as well as digital humanities regarding linguistic complexity versus AI’s power in interpretation. Conclusions: The research is a step toward a more extensive discussion on Artificial Intelligence in historical linguistics, digital pedagogy, as well as aesthetic representation by Artificial Intelligence environments. Full article

This study aims to investigate the development of empathy as a thinking skill among preservice teachers at the University of Kazakhstan. Empathy is one of the domains of critical thinking, and this article aims to reveal the domains of empathy of future teachers. The research used some questions developed by empathic abilities diagnostics The questions were tailored to the pedagogy students and their experiences, and only those related to expressing empathy skills, i.e., assessing the ability to empathize with and understand the thoughts and feelings of another person, were selected. In this article, the authors stress the importance of empathy skills and their expression for developing creative thinking skills in future teachers. The results of a study involving 114 prospective schoolteachers (80 women and 34 men) from one university in Kazakhstan are presented. The study explored preservice teachers’ perceptions of the development of empathy skills, which included areas such as the conditions and dispositions for empathy, the ability to empathize with others, and the identification of empathy expression. To summarize the empirical data, it can be said that preservice teachers are able to recognize the body language of individuals and understand others without words, react emotionally to disasters in the immediate environment, and are sometimes out of control in their vocabulary in the immediate environment (they may unintentionally offend others). Full article

Planning education has a responsibility to provide students with theoretical and practical training to address real-world issues. This study explores studio teaching as an engaged pedagogy, incorporating interdisciplinary approaches to education for sustainable development (ESD) and themes from the American Planning Association’s (APA) Future Trend reports. Focusing on two senior capstone projects at the University of Cincinnati involving 34 students, the study emphasizes the value of interdisciplinary methods and APA trend integration in fostering critical thinking and higher-order reasoning. Capstone projects show students’ active engagement with innovative planning concepts (e.g., climate migration, innovative ways of goods’ delivery, and expanding third place’s concept). Such active and innovative learning outcomes not only deepen students’ understanding of urban planning but also equip them with critical cognitive and professional skills, which are necessary as professional planners as well as forward thinkers. The experiences and findings presented can help other programs articulate the benefits of studio-based courses. The findings offer experience-based guidance for similar initiatives in planning studios globally and support the ongoing transformation of sustainability education to prepare students for complex, real-world problem-solving. Full article

The development of TED Talks textbooks has been a welcoming addition to English for Academic Purposes (EAP) pedagogy. The textbooks offer educators and learners a suitable framework for practicing all four of the language skills (i.e., listening, reading, speaking, and writing). However, the use of TED Talk resources could create specific vocabulary challenges for learners as they progress through each unit in the textbook. Research suggests that although textbook frameworks encompassing listening resources benefit learners with a familiar lesson approach, the varying vocabulary load and the presence of academic vocabulary and multiword units (MWUs) presented between the chosen resources and the textbook itself could lead to comprehension difficulties for learners. This study investigates the vocabulary of 12 TED Talks included in the commercial textbook Keynote 2 to understand the lexical profile, vocabulary load, and the academic and multiword unit coverage for each of the chosen listening texts. The results showed that the TED Talks selections and the textbook provided inadequate vocabulary practice, limited academic vocabulary exposure, and a lack of item repetition for learners. The study suggests the inclusion of ideal supplementary materials and appropriate TED Talk selections to help provide educators with suitable guidance to support their learners’ varying vocabulary knowledge. Full article

Online teaching and learning has had a presence in K12 public education since the 1990s. Following the COVID-19 global pandemic, there has been a surge in online learning and an increase in research surrounding the role of online teaching and learning within the K12 context. However, while the inclusion of online pedagogies flourishes throughout middle-grade educational settings, there is limited contemporary research that speaks specifically to effective online instruction of young adolescent learners. This scoping review examines the existing body of literature pertaining to online pedagogies within the middle grades in an effort to map the current trends, gaps, and overall state of research pertaining to national and international middle-level online pedagogy. Researchers screened research and pedagogically centered peer-reviewed articles published between 2013 and 2024. The reviewed articles were charted according to standardized details—e.g., author(s), publication year, research purpose, study location, participant demographics, methodology, and outcomes—to identify themes relevant to online pedagogical approaches, national or international contextual considerations, connection to the Association for Middle Level Education (AMLE) characteristics, and more. The findings speak to trends and gaps within middle-grade online pedagogical research with recommendations for additional examination of research and pedagogy specific to middle-grade online teaching and learning. Full article

Plagiarism is a serious problem in the academic environment that affects academic honesty. However, there is usually a lack of knowledge regarding what kinds of practices can be regarded as plagiarism, as it is defined according to various ethical rules that differ from country to country. There is no commonly accepted definition encompassing all currently recognized forms of plagiarism. Therefore, some authors consider pedagogy to be the best measure against plagiarism. To research the impact of educating students on how to correctly quote sources on rates of plagiarism and the impact of specific factors causing plagiarism, we analyzed the measures of association among nominal variables from a dataset based on a survey of bachelor’s and master’s degree students in Slovak universities. According to our results from the Slovak universities, we can confirm that education has a positive impact on the elimination of plagiarism; however, teaching itself is not a sufficient measure to fight plagiarism. Other measures, e.g., checking seminar papers for plagiarism or making regular changes in topics for assignments, must accompany the educational measures that make an effort to eliminate plagiarism. The prevention of certain types of misconduct involves a long process; the teachers must implement educational measures and then uncompromisingly demand that students respect those measures. Full article

Active learning is essential for students in the construction and surveying disciplines due to the practical work nature and technical demands of these professions. This research study aims to identify and evaluate effective pedagogical strategies and critical success factors (CSFs) that can enhance active learning among undergraduate construction and surveying students. Customized e-learning materials based on the Technology, Pedagogy, Content, and Knowledge (TPACK) framework were adopted to improve the learning outcomes and effectiveness for semester-long construction-related research course students. Subsequently, an institutional student-based questionnaire survey was conducted and analyzed using mean score, exploratory factor analysis, and fuzzy synthetic evaluation (FSE). Accordingly, the top five active instructional learning strategies are using examples to reinforce understanding, case studies to encourage critical thinking, videos to improve understanding, connecting course contents to current community events, and creating classroom versions of interactive games. Exploratory factor analysis classified the CSFs into five major factor categories. The FSE results indicated that the top three CSF categories enhancing students’ active learning include electronic tools as learning aids, complementary learning and feedback, and model learning system development. This study provides essential learning environments and components needed to foster active learning among undergraduate construction and surveying students in Hong Kong and worldwide. Full article