Search Results (741)

There is limited understanding regarding whether and how teachers’ talent beliefs evolve across career stages. While most prior research conceptualizes talent beliefs across domains, emerging frameworks emphasize field-specific talent beliefs. An established multidimensional model of talent beliefs provides a theoretically grounded structure for capturing these domain-specific perceptions. Yet comparative evidence across teacher career stages remains limited. Our study examines if verbal and mathematical talent beliefs among in-service teachers and pre-service teachers differ in terms of sources, structure and levels. A total of 307 in-service teachers and 215 pre-service teachers completed validated six-dimensional talent beliefs instruments for both domains and reported sources of their beliefs. Participants—especially pre-service teachers—most strongly attributed their talent beliefs to personal school experiences, while educational science and subject-didactic coursework played a marginal role. Both the mathematical and verbal talent belief scales demonstrated configural and metric invariance, supporting equivalent factor structures and factor loadings across pre-service teachers and in-service teachers. Latent mean comparisons showed that pre-service teachers hold systematically different talent beliefs in comparison to in-service teachers. In-service teachers emphasize talent beliefs concerning domain-specific skills and, for verbal talent, passion—consistent with contemporary talent development frameworks—whereas pre-service teachers focus on external teacher influence and, for mathematical talent, on internal factors. These findings reinforce theoretical claims that talent beliefs are experience-sensitive, multidimensional constructs shaped through socialization in educational contexts. Teacher (further) education should deliberately address the dominance of personal schooling experiences by fostering structured reflection, explicitly targeting belief formation in practice-based courses, and ensuring coherence between higher-education instruction and school-based experiences. Teachers’ impact on their students’ talent development should especially be reflected in further education, since in-service teachers assess their own influence as lower than pre-service teachers do; additionally, passion as a key driver of talent development and the relevance of talent domains should already be highlighted in initial teacher education. Full article

Inclusive education for students with special educational needs (SEN) has become a major international policy and research priority since the Salamanca Statement (1994). Yet no recent synthesis has mapped how review-level evidence in this field has developed over time. This umbrella review examined 53 review studies, which together synthesized approximately 2000 primary studies on inclusive education for students with SEN. Using Joanna Briggs Institute (JBI) umbrella review methodology and PRISMA (2020) reporting procedures, records were identified through five databases, screened in Covidence, appraised using the JBI Critical Appraisal Checklist, and analyzed to examine thematic emphases, bibliometric patterns, and methodological shifts. The findings show an expansion and diversification of studies, particularly after 2015, with dominant themes focusing on teacher attitudes and professional development, inclusive practices and outcomes, specific student populations, social inclusion, and policy, systems, and implementation barriers. The review also identified a shift from early narrative overviews to more rigorous systematic qualitative reviews and meta-analyses, alongside increasing international representation. Overall, findings indicate that review-level research on inclusive education for students with SEN has matured considerably since Salamanca, reflecting both the growing complexity of inclusive schooling and the influence of global policy agendas on the production of evidence syntheses. Full article

Lesson planning is a core professional practice for pre-service teachers, yet opportunities for timely, individualized feedback are frequently constrained by educator workload. While generative AI has the potential to enhance planning processes and expand opportunities for individualized feedback, the provision of comprehensive lesson plans may lead to excessive reliance. This conceptual design paper details the development and theoretical underpinnings of an artificial intelligence-assisted feedback tool that provides self-efficacy-strengthening feedback on lesson plans for pre-service teachers. To promote constructive feedback, the AI-assisted feedback tool integrates principles from educational feedback research and structures feedback to foster teachers’ lesson-planning self-efficacy through mastery-oriented affirmations, vicarious examples, social persuasions, and emotional reassurance. Curriculum alignment is incorporated to support content validity and contextual appropriateness. While the initial implementation of the feedback tool focuses on Western Australian teacher education, an explicit transfer perspective is considered for the German vocational education context. The paper describes the iterative development process that follows a design-based research approach including platform evaluation, internal refinement, and expert review by teacher educators in Western Australia. The resulting system prompt architecture comprises 11 dimensions including general baselines, the interaction between the Lesson Planning Coach and PSTs and the theoretical foundations mentioned above. The tools’ environment, including examples for provided feedback on lesson plans, is presented and discussed. Finally, an outlook is given on the planned empirical research to evaluate the effectiveness of the tool. Full article

In pre-professional music education, career orientation emerges at the intersection of intensive artistic training and general upper secondary schooling. Although motivation, social support, and well-being in music learning have been examined separately in prior research, fewer studies have integrated these dimensions within a single explanatory framework. The study draws on self-determination theory and positive psychology. It investigates how perceived parental and teacher support, together with psychological resources related to mental health, are associated with music career motivation among students enrolled in upper secondary pre-professional music programmes. Using survey data and multivariate analyses, we examine the relative contribution of contextual and psychological factors to career motivation. The findings indicate that psychological resources are more strongly associated with overall career motivation than external social support. This is particularly evident for self-regulation and perceived competence in goal-directed activity. Social support appears primarily associated with intrinsic motivational dimensions. These results suggest the relevance of the role of internal psychological resources in sustaining career commitment within specialised secondary education contexts. Full article

Background/Objectives: Developmental Language Disorder (DLD) affects approximately two children in every classroom and significantly impacts literacy development and academic achievement. Given the central role of language in learning, teachers are well-positioned to identify, support, and advocate for children with DLD through referrals, interventions, and inclusive curriculum delivery. However, evidence consistently indicates that teachers lack fundamental knowledge of DLD, highlighting an urgent need for targeted professional training. This study, conducted in Cyprus, aimed to (1) explore pre-school and primary school teachers’ knowledge and views regarding DLD and (2) synthesize an evidence-based checklist of essential topics for DLD teacher training. Methods: A total of 133 teachers completed an online questionnaire addressing three research questions: teachers’ knowledge of DLD and its characteristics; their attitudes toward DLD; and their perceptions of their role in supporting children with DLD. Results: Findings aligned with international trends, showing limited confidence in supporting students with DLD despite reasonable familiarity with the label and its core features. Teachers demonstrated a broad understanding of their supportive role but acknowledged knowledge limitations and requested structured professional development. Based on these findings and existing literature, the Basic-DLD Guide was created for researchers, practitioners, and continuing education providers, to inform the development of basic trainings. Conclusions: The study’s findings and the guide can have direct clinical significance, providing an evidence-informed foundation for designing structured professional training to improve identification and support for children with DLD in educational settings. Full article

Convergence education promotes learning experiences that integrate science, technology, engineering, and mathematics (STEM) to address complex real-world problems. However, secondary teachers often report limited access to professional development (PD) and curricular resources that support transdisciplinary instruction. This exploratory case study examines how four secondary teachers (three chemistry; one engineering) made sense of a transdisciplinary PD model, Convergence Research in STEM and Tradition (CReST), that leverages cultural heritage artifacts (Renaissance frescoes) as boundary objects to connect chemistry, engineering, world history, and technology. Teachers participated in a four-day immersive PD experience in Firenze (Florence) and Pisa, Italy, that included site-based learning, interaction with conservation scientists, and structured reflection. Data included daily reflective journals during the PD and semi-structured interviews following the experience, focused on teachers’ reflections on CReST and its implications for their instructional thinking. Using inductive thematic analysis, we identified patterns in teachers’ meaning-making about convergence instruction and the pedagogical possibilities the artifact opened for their classrooms. Findings indicate that (a) the fresco and associated conservation practices functioned as shared reference points for cross-disciplinary connections; (b) teachers reported shifts toward problem-centered, artifact-anchored pedagogy; and (c) sustained collaboration and shared tools were viewed as necessary for extending learning beyond the immersive experience. These findings indicate early, self-reported shifts in instructional planning, including artifact-based entry tasks, problem-centered instruction, and integration of real-world conservation practices. Implications are offered for designing science teacher PD that uses boundary objects to support coherent, culturally grounded STEM integration. Full article

Some adolescents prefer parents as their attachment figures, while others prefer peers, such as romantic partners and friends. However, how these attachment preferences influence (mal)adjustment is unclear. This study aimed to examine the longitudinal associations between adolescents’ preferences for attachment figures and their (mal)adjustment. We recruited 215 Czech adolescents (M_age = 14.02 in the 1st year, SD = 2.05, ranging between 11 and 18 years; girls = 54%) and utilized data from the adolescents’ reports of their attachment preferences in the 1st year of this project. In addition, adolescents, parents, and teachers reported adolescents’ (mal)adjustment over two years. The results showed that adolescents’ attachment preferences for mothers were longitudinally associated with lower parent-reported externalizing problems. On the other hand, attachment preferences for peers predicted lower teacher-reported internalizing problems. The findings suggest that attachment preferences for parents were linked to some more favorable adjustment outcomes, and that attachment preferences for peers may be more positively associated with adjustment when accompanied by attachment preferences for parents. Full article

The Teachers’ Beliefs and Intentions Questionnaire (TBIQ) assesses educators’ beliefs and intentions regarding the importance of sensitive interactions with young children. Understanding these beliefs is particularly relevant in contemporary educational contexts where teacher–child interactions are viewed as central to children’s learning and development. Despite its use in several countries, there is no validated Spanish version available. This study aimed to translate, culturally adapt, and psychometrically validate a Spanish version of the TBIQ for early childhood education settings in Chile. Following international guidelines for cross-cultural adaptation, the questionnaire was translated into Spanish and administered to early childhood teachers and assistant teachers working in public early childhood education centers. The original two-factor structure (Beliefs and Intentions) was tested using confirmatory factor analyses with robust estimators for ordinal data. Results supported the two-factor model after removing six items with low factor loadings and indicated excellent model fit. Both scales demonstrated high internal consistency. However, measurement invariance across educator roles could not be established, and cross-group comparisons should be interpreted with caution. Despite this limitation, the Spanish version of the TBIQ demonstrates adequate validity and reliability and offers a brief and accessible instrument for research and for the assessment of educators’ beliefs and intentions regarding interaction quality in early childhood education. Full article

The rapid institutional and technological transformations of the 2020–2025 period have had a significant impact on teacher professional identity. Drawing on Rosa’s social acceleration thesis and Harvey’s concept of time–space compression, this scoping review examined the dimensions of professional identity emerging in the literature published between 2020 and 2025 among in-service pre-kindergarten through 12th grade (PK-12) teachers, the educational contexts in which these dimensions were addressed, and how they interrelate. Following the PRISMA-ScR guidelines, 45 peer-reviewed articles retrieved from the Scopus and Web of Science databases were analyzed through inductive thematic coding and a dimension–context interaction matrix. Six analytically distinct yet interrelated identity dimensions were identified: Biographical and Personal, Professional and Pedagogical, Emotional and Psychological, Social and Relational, Political and Agentic, and Prospective and Imagined. These dimensions were organized within a dialogical space model distinguishing internal/individual and external/structural domains. The Emotional and Psychological dimension achieved near-universal representation, while the Prospective and Imagined dimension remained the least studied. Six convergence, five divergence, and six gap patterns were identified across seven educational contexts. The findings reveal that, in this period, teacher professional identity is not a fixed attribute carried by the individual but rather a dynamic process continuously negotiated under structural pressures. Full article

Artificial intelligence (AI) tools are increasingly integrated into mathematics education, yet most reviews emphasize achievement rather than how AI shapes mathematical thinking. This scoping review mapped literature published between 2020 and 2026 on AI-supported mathematics learning through three cognition frameworks: APOS (Action–Process–Object–Schema), Sfard’s process–object duality and reification, and Conceptual Image theory. Searches were conducted in Scopus, Web of Science, ERIC, PsycINFO, Education Source, and IEEE Xplore, followed by duplicate removal and Preferred Reporting Items for Systematic Reviews and Meta-Analyses Extension for Scoping Reviews (PRISMA-ScR)-aligned screening. Twenty-one peer-reviewed studies met inclusion criteria (18 empirical studies plus three theoretically oriented studies). Evidence growth accelerated after 2022, with most studies situated in secondary and higher education. Large language models (LLMs) and Intelligent Tutoring Systems (ITS) were the most frequently investigated modalities. Across studies, AI commonly supported theoretically inferred action-level execution and procedural management (APOS) via adaptive feedback, hinting, and stepwise scaffolding, and it often broadened learners’ conceptual images through multiple representations and generated explanations. However, these interpretations were necessarily cautious, because very few studies directly operationalized theory-linked conceptual mechanisms such as process internalization, object encapsulation, reification, or alignment between conceptual images and formal definitions. In LLM-supported contexts, gains in explanation quality coexisted with risks of procedural outsourcing when students relied on generated solutions without prior reasoning. By contrast, ITS-based environments more often supported tightly structured procedural engagement, suggesting that different AI modalities afford different forms of cognitive support and risk. Overall, AI’s conceptual impact appears to depend less on tool availability and more on instructional orchestration (task design, prompting, and teacher mediation). The findings also suggest that sustainability-related dimensions—particularly learner agency, transparency of AI support, and equitable participation—are closely connected to whether AI use promotes durable conceptual learning rather than superficial performance gains. Future research should operationalize cognitive transitions, assess structural understanding, and report AI-use conditions transparently to support cumulative, theory-driven synthesis. Full article

This study developed and validated a curriculum-aligned instrument to assess preservice primary teachers’ geometric reasoning skills. Addressing the limited availability of domain-specific tools in teacher education research, the study examined preservice teachers’ conceptual strengths and weaknesses across key geometry domains relevant to primary mathematics teaching. A two-phase quantitative research design was employed. In Study 1, Confirmatory Factor Analysis (CFA) and Item Response Theory (IRT) were used to evaluate the psychometric properties of the instrument with a sample of 221 preservice teachers, providing evidence of construct validity and internal consistency. Geometric reasoning was conceptualised as a four-factor structure comprising Conceptualisation of Geometric Properties (GP), Geometric Transformation Reasoning (GT), Reasoning with Representations of Three-Dimensional Objects (RE), and Measurement Reasoning (MS). In Study 2, the validated Geometric Reasoning Test (GRT) was administered to a larger sample of 406 preservice primary teachers from three education colleges in Myanmar. Descriptive statistics and group comparisons were conducted using Welch’s t-tests and Welch’s ANOVA to examine differences by gender, year level, and institution. The findings indicate that preservice primary teachers’ geometric reasoning remains underdeveloped across training stages, highlighting the need for greater emphasis on geometry and spatial reasoning in teacher education. Full article

School leadership practices may influence teachers’ motivation and professional engagement, which, in turn, may affect overall school performance. This study explores how secondary school teachers and deputy head teachers perceive head teachers’ leadership practices and how these practices are understood to influence teacher motivation and professional engagement. Drawing on a qualitative design, data were collected through semi-structured interviews with 12 teachers and six deputy head teachers from six government secondary schools in Kabwe District, Zambia. A qualitative approach enabled an in-depth exploration of leadership perceptions across participants from multiple school contexts. Data were analysed using thematic analysis to identify patterns in leadership practices described by participants. The findings indicate that participants frequently described leadership practices aligned with delegation, mentorship, and open communication, shaped by contextual and organisational factors. However, these practices were not consistently experienced across all school contexts. Participants also described the presence of democratic and autocratic leadership practices. Participants perceived participatory and supportive leadership practices as contributing to their motivation and professional engagement. However, participants from several schools reported that autocratic leadership practices continued to shape decision-making, largely due to contextual, institutional, and workload-related constraints. The study highlights the importance of understanding leadership as contextually negotiated and relationally enacted. It contributes to African educational leadership research by demonstrating how leadership practices are experienced and interpreted within specific school contexts and emphasising the value of examining leadership beyond a single theoretical model. The implications of these findings for school leadership practice, policy development, and international educational leadership research are discussed. Full article

Background: This study aimed to examine whether a physical education program based on the ecological dynamics approach, implemented through small-sided games (SSG), produces greater improvements in motor skills, daily physical activity levels, and perceived physical fitness in middle school students. Methods: Forty-eight students were assigned to an SSG group (ecological dynamics lessons including small-sided games, n = 26) or a Control group (traditional lessons based on teacher-centered instruction and analytical exercises, n = 22). The intervention lasted 12 weeks, with two sessions per week. Motor performance was assessed using the standing broad jump, 5-standing broad jump, 20 m sprint, 10 × 5 m shuttle run, 5-0-5 agility test, and sit-and-reach test. Daily physical activity was evaluated using the International Physical Activity Questionnaire—Short Form (IPAQ-SF), and perceived physical fitness was assessed using the Visual Analogue Fitness Perception Scale for Adolescents (FPVASA). Results: Significant group-by-time interactions were found in all motor tests. IPAQ-SF data revealed significant group-by-time interactions for vigorous and moderate physical activity. Perceived physical fitness showed significant group-by-time interactions for all items except flexibility. Conclusions: Physical education lessons structured according to the ecological dynamics approach and implemented through SSG-based protocols led to greater improvements than traditional methods. The dynamic and variable nature of SSG likely enhances neuromuscular stimulation, motor engagement, and motivation during physical education lessons. Full article

This study validates Danielson Framework for Teaching (DFfT) instruments’ structure, dependability, and contextual appropriateness within the multicultural, standards-driven education system of the United Arab Emirates (UAE) in accordance with Vision 2021 and national teacher competency frameworks. Quantitative data were collected from 629 UAE schoolteachers through administering a questionnaire-based survey. Principal Component Analysis and Confirmatory Factor Analysis yielded discriminant, convergent, and construct validity in addition to internal consistency using the Composite Reliability Index and Average Variance Extracted for all scales. Four DFfT domains were shown to have a stable structure based on Principal Component Analysis results: planning and preparation (six factors, α = 0.92–0.99), learning environment (five factors, α = 0.98–0.99), learning experiences (five factors, α = 0.96–0.99), and principled teaching (six factors, α = 0.69–0.99). Notably, all constructs had excellent model fit with substantial factor loadings and inter-item as confirmed by the results of the Confirmatory Factor Analysis. With the exception of one minor subscale (α = 0.69), all dependability coefficients exceeded recommended benchmarks. The first-order full DFfT structural model of the four main domains validation demonstrated a reliable framework (CFI = 0.917, TLI = 0.902, IFI = 0.919, χ²/df = 1.635, and RMSEA = 0.078) for professional development, instructional improvement, and policy alignment with potential relevance beyond the UAE context, as well as psychometric soundness and contextual adaptability for teachers’ professional growth and evaluation in UAE schools. The study’s findings are significant, as they are the first to empirically validate the psychometric properties of the Danielson framework of teaching instruments in the UAE. Full article

Education plays a crucial role in climate adaptation and mitigation, specifically in the current context of environmental challenges and disasters. This article analyzes initiatives to integrate content on sustainability, climate change, and disaster risk reduction into Spanish educational legislation and other specific regulations, such as civil protection. It reviews the alignment of Spanish legislation with international frameworks such as the 2030 Agenda for Sustainable Development and the Sendai Framework, as well as the incorporation of environmental and climate education into regulations related to climate change and civil protection. The article highlights the importance of teacher training and the recent implementation of a mandatory disaster education plan following a devastating rainfall and flood disaster in 2024 (known in Spanish as the DANA disaster), which aims to strengthen the resilience and preparedness of the entire educational community. It concludes that significant progress has been made in integrating this content into the curriculum. However, the challenge of consolidating a culture of climate change awareness in Spanish society remains. Full article