Search Results (87)

Emerging adults who are students (EAS) face challenges balancing academic demands with early career development in a competitive labour market. Career and vocational interventions (CVIs) aim to support this transition by improving employability, academic outcomes, career self-efficacy, and mental health protective factors. This systematic review assesses the effectiveness of CVIs compared with standard approaches in improving employment-related outcomes for EAS, following Cochrane and PRISMA guidelines. Multiple databases were searched for studies published between 2018 and May 2025. Three independent reviewers screened abstracts and full texts in duplicate. Eligible studies were primary research evaluating CVIs for students aged 12–25 yrs and reporting employment-related outcomes. Thirty-one moderate- to low-quality studies examining middle school, high school, and university students were included from an initial 5765 records. CVIs were typically multi-component, combining training, school- or work-based learning, and additional supports. Overall, CVIs were associated with improved career readiness, academic outcomes, employment, resilience, and career adaptability. However, some studies reported lower employment rates and income for women and students with disabilities compared with men and peers without disabilities. These findings suggest that CVIs can support school-to-work transitions but underscore the need for tailored, integrated approaches, and higher-quality longitudinal research to guide policy and practice. Full article

Despite the existence of several systematic reviews and meta-analyses on co-teaching, research that includes student voice through students’ views and experiences is rare. This systematic review of 63 published and unpublished studies synthesises the experiences and views of students with and without disabilities when co-taught by a general and a special educator. Data were extracted from seven databases in July 2025. We used an assimilated approach to synthesise findings from qualitative, quantitative and mixed-methods studies through reflexive thematic analysis. Findings show that most students with and without disabilities perceive co-teaching as having positive academic, social, and affective impacts, with many preferring varied co-teaching models. Students valued support from special educators for all learners, but some reported frustration and limited academic benefits when collaboration between co-teachers was weak. Their voice calls for reconsidering co-teaching as an inclusive approach through changes in model implementation and co-teachers’ role delivery. Recommendations for future research include examining the distinct voices of students with and without disabilities and increasing their involvement as primary stakeholders in co-teaching research. Recommendations for policy and practice, particularly regarding students’ academic, social, and affective outcomes, highlight the importance of student engagement through participatory activities in promoting the inclusive orientation of co-teaching. Full article

To evaluate the effectiveness of an adaptive physical education (APE) program using VR technologies, we studied the physical development and vitality indicators of college female students in two groups: those with and without functional health limitations (N = 70 each). Students with disabilities were randomly divided into experimental and control groups of 35 people each. The experimental group participated in physical education classes using VR. The health assessment included heart rate, blood pressure, and subjective health assessments. Physical development was assessed by the biological age index (BAI) by Voitenko, static balance duration, and breath-holding time. Psychological activity was assessed using the Mindfulness Attention Awareness Scale (MAAS), the Rezapkina Vitality Test, and the Subjective Vitality Scale (SVS). The delayed effect was assessed using a questionnaire. Students with functional impairments initially demonstrated a significant decrease in overall vitality, physical activity duration, and more negative health self-perception. After the virtual reality sessions, they showed a restoration of physical development and vitality indicators to levels close to healthy, as well as a decrease in BAI. The delayed effect was confirmed after three months. The use of virtual reality technologies in the APE program effectively improves the physical development and activity (vitality) of students with functional health impairments. Full article

Background and Objectives: Headaches have become one of the global public health burdens in the 21st century. Although findings on the presence of headaches in general and older adult populations have been well-documented, little evidence has been observed for university students. Moreover, their level of quality of life seems to be impaired due to stressful events and the inability to cope with them. However, the mutual relations between headaches and quality of life in this population remain unknown. Therefore, the main purpose of the study was to examine the associations between lifetime headaches and the presence of headaches in the last 12 months with quality of life. Materials and Methods: In total, 1350 university students (age = 22.9 ± 2.3 years; 81.3% female) were recruited. Each participant was instructed to fulfill the Headache-Attributed Restriction, Disability, Social Handicap, and Impaired Participation (HARDSHIP) questionnaire, a reliable and valid tool to assess headache and quality-of-life characteristics. Headache characteristics, headache-related disability (HALT-90), and quality-of-life domains were analyzed using Spearman’s correlation analyses and structural equation modeling. Results: Participants with migraine reported more frequent and more intense headaches and substantially greater headache-related disability compared with those with tension-type or undifferentiated headache. The mean number of lost days in the previous 90 days (HALT-90) was 14.3 (SD 23.1) in the migraine group compared with 4.53 (SD 12.0) in the tension-type headache group and 5.77 (SD 10.9) in the undifferentiated headache group. Across most WHOQOL domains, students with migraine reported lower quality-of-life scores compared with other headache groups. The WHOQOL-8 total score averaged 30.9 (SD 4.79) in the migraine group and 33.6 (SD 3.93) among participants without headache. Greater headache burden was consistently associated with poorer quality of life, with headache-related disability showing the strongest correlation with energy for everyday life (r = −0.345, p < 0.001). Conclusions: These findings suggest that greater headache burden, particularly migraine and headache-related disability, is associated with poorer quality of life among university students. The results highlight the need for targeted prevention programs aimed at helping students manage stress more effectively and improve their quality of life. Full article

Although HyFlex teaching has been studied for decades and has become part of the teaching norm since the 2020 pandemic, studies have generally not investigated the learning experiences of students with disabilities in HyFlex classrooms. This study compared the basic psychological needs (BPN) and engagement of undergraduate students who did (SwA) and did not (SwoA) request academic disability accommodations in an introductory, active learning, human-centered design thinking course, a core component of engineering technology education. Data were collected from 3748 primarily first-year undergraduate engineering technology students between fall 2021 and spring 2024, 126 of whom requested disability accommodation through the disability office. The data sources consisted of an end-of-course survey, in which students reported their basic psychological satisfaction level on a Likert scale and described their BPN experiences and engagement in response to open-ended survey questions. As a novel contribution, this study integrates the descriptive analysis of Likert-scale measures with textual- and word-level sentiment analysis, advancing conceptual understanding of reported BPN satisfaction and engagement and revealing divergent patterns across analytic approaches. While the SwA group reported lower scores across all BPN constructs compared to their counterparts, the highest number of them provided positive feedback statements across all BPN domains. Conversely, the SwoA group reported higher BPN scores across all constructs, yet the highest number of them used negative sentiments in their responses across all BPN constructs. The majority of SwA provided positive feedback on autonomy satisfaction, while the majority of SwoA’s positive feedback was on relatedness to the instructor. Future directions for advancing engineering technology education and disability data collection in higher education are provided. Full article

The growing need to foster inclusive education in university environments has driven the development of technological solutions aimed at improving the academic experiences of students with disabilities. These individuals often face barriers to autonomy and participation, especially on large and complex campuses. This article presents the performance evaluation of a LoRaWAN network specifically designed for monitoring people with disabilities on a university campus. The system aims to provide equitable access to campus resources and real-time support to students with disabilities. Leveraging the advantages of Low-Power Wide-Area Networks (LPWAN), particularly LoRaWAN, the proposed system enables real-time tracking with broad coverage and minimal power consumption, without requiring any active user interaction. Each student receives a wearable LoRa-enabled device that wirelessly communicates with a network of gateways strategically installed throughout the campus. To evaluate the system’s performance, this work conducts link-level experiments focusing on the communication between the LoRa end devices (nodes) and the central gateway. The analysis focuses on the network coverage, signal strength (RSSI), signal-to-noise ratio (SNR), and packet reception rate (PRR). The experimental results confirmed that the proposed system is technically robust and operationally effective under real campus conditions. Beyond its technical contributions, the proposed solution represents a concrete step toward building safer and more accessible academic environments that reinforce the autonomy and inclusion of students with disabilities. Full article

Individuals with developmental disabilities often experience physical and mental chronic conditions from early childhood, which can negatively affect their education, employment, and social participation without appropriate interventions. These impairments frequently limit the acquisition of essential daily living skills, including personal hygiene skills. This study examined a multicomponent intervention package—comprising video prompting, step-by-step instruction based on task analysis, systematic error correction, and reinforcement—to support the acquisition of handwashing skills for two adolescents with developmental disabilities (Autism Spectrum Disorder and Intellectual Disability) and toothbrushing skills for one adolescent. A nonconcurrent multiple-baseline design across participants and skills was employed, including baseline, intervention, maintenance, and generalization phases. The intervention was conducted over eight weeks. The results indicated low and stable baseline performance for both participants, followed by a systematic increase in performance after the introduction of the intervention, reaching accuracy levels between 80% and 91%. Participants demonstrated meaningful improvements in hygiene skill performance following intervention. These gains were maintained over time and generalized to new settings, although a few task steps continued to require prompting. Furthermore, teachers and parents rated the intervention as highly feasible, practical, and useful for supporting hygiene skills, while students reported enjoyment, perceived improvement, and willingness to participate again. Overall, the findings suggest that structured, evidence-based instructional approaches may support increased functional participation in essential daily living skills, particularly when complete independence may not be attainable for all individuals. Full article

Background/Objectives: This study explores the perceived usefulness and use of artificial intelligence (AI)-based technologies as informational and emotional support among university students with and without disabilities. Methods: The sample consisted of 358 students from the University of Alicante, aged between 16 and 30 years; 88 participants identified as having a disability, while 270 reported no disability. The gender distribution was balanced, with 53% women and 47% men. An ad hoc questionnaire was applied to evaluate familiarity, frequency of use, and perceived usefulness of AI as a means of obtaining informational and emotional support. Results: The results of the multivariate analyses indicated that students without disabilities reported greater familiarity with and more frequent use of AI tools compared to students with disabilities. Significant differences were found in perceived usefulness for obtaining both informational and emotional support, with higher ratings among students without disabilities, and a moderate effect size. Moreover, frequency of use was positively associated with perceived usefulness in both groups, suggesting that practical experience influences users’ evaluations. Discussions: The findings suggest that students perceive AI as a useful resource for informational and emotional support. However, as with other technologies, addressing accessibility and perception gaps is crucial to promote effective inclusion in university settings. Full article

The research explores the attitudes of students without disabilities towards the inclusion of students with disabilities in Physical Education classes. It analyses how gender and previous contact with people with disabilities influence these attitudes across four Spanish-speaking cities. The study involved 3732 secondary school students from Spain and Chile. Data was collected using the Students’ Attitudes Towards Integration in Physical Education (CAIPER-R) instrument. The results indicated that girls generally have more positive attitudes towards inclusion than boys. However, previous contact with people with disabilities did not significantly affect the students’ attitudes. There were also differences observed across the cities, with Extremadura showing the highest inclusion scores. This study highlights the importance of gender in shaping attitudes towards inclusion in PE. It suggests that new educational policies are effectively promoting inclusion across culturally similar countries, such as Chile and Spain. Full article

Most adaptive learning systems personalize around content sequencing and difficulty adjustment rather than transforming instructional material within the lesson itself. This paper presents the STREAM (Semantic Transformation and Real-Time Educational Adaptation Multimodal) framework. This modular pipeline decomposes multimodal educational content into semantically tagged, pedagogically annotated units for regeneration into alternative formats while preserving source traceability. STREAM is designed to integrate automatic speech recognition, transformer-based natural language processing, and planned computer vision components to extract instructional elements from teacher explanations, slides, and embedded media. Each unit receives metadata, including time codes, instructional type, cognitive demand, and prerequisite concepts, designed to enable format-specific regeneration with explicit provenance links. For a predefined visual-learner profile, the system generates annotated path diagrams, two-panel instructional guides, and entity pictograms with complete back-link coverage. Ablation studies confirm that individual components contribute measurably to output completeness without compromising traceability. This paper reports results from a tightly scoped feasibility pilot that processes a single five-minute elementary STEM video offline under clean audio–visual conditions. We position the pilot’s limitations as testable hypotheses that require validation across diverse content domains, authentic deployments with ambient noise and bandwidth constraints, multiple learner profiles, including multilingual students and learners with disabilities, and controlled comprehension studies. The contribution is a transparent technical demonstration of feasibility and a methodological scaffold for investigating whether within-lesson content transformation can support personalized learning at scale. Full article

A course was created at a large private R1 university in the northeast U.S. to explore Diversity, Equity, Inclusion, and Accessibility (DEIA) in STEM in response to and to fulfill a university-wide DEIA requirement for undergraduates. To assess the effectiveness of the course, open-response pre- and post-tests were designed that measured students’ understanding of barriers to learning and participation across four underutilized groups in STEM: (1) women, (2) racial minorities, (3) people with disabilities, and (4) people raised in lower socioeconomic households. Written responses on the first and last day of class were analyzed for 69 unique students in three successive cohorts (Fall 2022, 2023, and 2024) and disaggregated by student-reported demographic data. A common codebook was developed that could be broadly applied to all four underutilized groups with overarching categories of individual/self; cultural/societal; and institutional/educational/career, with codes and subcodes specific to each category. Additionally, codes distinct to each underutilized group also emerged. As intended, students on average cited more total and unique barrier codes in the post-test than in the pre-test, confirming that the course had deepened their understanding of the multifaceted challenges and opportunities within educational systems and the broader culture that impact STEM inclusivity. When exploring STEM barriers for women, women reported more unique codes in the pre-test than men, but men showed higher gains from pre- to post-test. Similarly, White and Asian students showed greater gains than racial minority students when identifying STEM barriers for racial minorities. Students without disabilities reported a doubling in unique STEM barrier codes in the post-test. In these three groups, codes related to academic and workplace discrimination were commonly cited. Students who reported being from a low socioeconomic household were limited in this study, though these individuals included more unique codes in their pre-test responses on average. Students in this group commonly cited barriers related to access to opportunity. In general, we found that STEM students acquired significant understanding of barriers to STEM participation in the four underutilized groups of focus after completing a dedicated DEIA course. Additionally, learning gains were often greater in the majority (or privileged) demographic. Full article

This study examined self-reported 21st-century skill differences between students with learning disabilities (LD) and their typical peers and tested how personal, socioeconomic, and employment factors predict these skills in both groups. Differences in 21st-century skills between first-year and upper-year students within each group were also examined. Participants were 739 students who completed a demographic questionnaire and a three-part 21st-century skills measure covering cognitive, intrapersonal, and interpersonal domains. The findings showed significant skill gaps, with typical students scoring higher in most domains. Higher mother’s education and income were correlated with better skills in both groups; however, these correlations were stronger among typical students, suggesting that SES advantages may not fully compensate for the specific challenges associated with LD. Whereas typical students reported higher 21st-century skill levels in upper years than in the first year, students with LD did not show comparable differences, suggesting that higher education environments may not provide adequate support for developing these skills among students with LD. Overall, the results highlight persistent barriers for students with LD and underscore the need for tailored institutional interventions to promote 21st-century skills, thereby supporting social integration and employment. Full article

Inclusive education represents a central pillar of social sustainability, demanding a nuanced understanding of the factors shaping students’ attitudes toward people with disabilities. Grounded in the social–relational model of disability—which conceptualizes disability as the interaction between individual characteristics and environmental barriers—this study examined the effects of emotionally valenced video stimuli (positive, negative, neutral), gender, and tolerance level on university students’ attitudes, using a randomized quasi-experimental design with repeated measures. The intervention was implemented entirely online to ensure consistency and accessibility. A total of 179 undergraduate students from the National University of Science and Technology Politehnica Bucharest (Romania), aged 20 to 23 years (M = 21.4, SD = 1.6), participated in the study, which lasted approximately two weeks. Participants completed pre- and post-intervention assessments, including the Elementary Tolerance Scale and a 25-item Attitude Scale combining strengths-based descriptors with stereotype-consistent items used diagnostically to detect bias (without endorsing such framings). Results revealed a significant main effect of video type, F(2,176) = 10.07, p < 0.001, with higher post-test scores for the positive condition (M = 93.82) compared to the negative (M = 85.88) and neutral (M = 82.67) conditions. Gender (p = 0.033) and tolerance level (p = 0.034) also emerged as significant moderators. We explicitly reject deficit-oriented terminology, contextualizing its use solely for diagnostic and analytical purposes; wherever possible, affirming, strengths-based, and socially grounded language is prioritized. These findings highlight the value of brief, emotionally tailored interventions for fostering inclusive attitudes in higher education and emphasize the importance of ethically curated, co-designed educational materials and measurement practices grounded in dignity and human rights. Ethical Note (Content Warning): The study adopts a social–relational, human-rights perspective on disability. Deficit-based narratives were analyzed exclusively as subjects of critique and are not endorsed. Descriptions of the “negative” stimulus were deliberately minimized to reduce potential harm and included only for scientific transparency. Negative-valence questionnaire items reflect prevalent stereotypes and were used solely as diagnostic indicators of bias. Future research should prioritize collaborative co-creation with scholars and advocates with disabilities and employ ethically curated, inclusive stimuli. Full article

Classrooms have become increasingly diverse worldwide. Respect for diversity, including the participation of students with disabilities/special educational needs in all aspects of school life, has made the need for adopting an inclusive education model pertinent. The present study has examined how Greek students with and without special educational needs perceive teachers’ roles and responsibilities, as well as their way of learning and participating during co-taught lessons. The sample consisted of 130 primary school children (aged 9–12 years), 16 of whom had special educational needs. Data were collected through the Co-Teaching Student Questionnaire and students’ drawings were analysed following the ‘Teacher Perception Coding List’. According to the results, students perceive that the general education teacher is mostly responsible for planning and implementing teaching, but both teachers, i.e., the mainstream and special education teacher, contribute to students’ learning and academic success. More specifically, students with special educational needs perceive the special education educator as a critical figure in the classroom, and they often seek support from him/her during the lessons. Also, the analyses of children’s drawings have revealed differences in the features (size, position, movements and age) of general and special educators. This research is original in that it offers a novel insight into how students perceive the co-teaching model and the role of teachers in Greek co-taught classrooms. It also gives valuable information on inclusive teaching practices that co-teachers could implement. Students’ perceptions of teachers’ roles and responsibilities can reveal challenges or successful practices of inclusion, thus acting as a valuable tool for both educators and researchers. Full article

Background/Objectives: Engaging in regular physical activity (PA) and reducing sedentary behaviors benefits youth health, especially for those with disabilities. However, two-thirds of European children remain insufficiently active. In schools, Active Breaks, brief 5–15 min PA sessions led by teachers during or between lessons, offer a feasible strategy to increase movement. This study investigated teachers’ perceptions of ABs by comparing implementers and non-implementers, examining facilitators and barriers to implementation, and exploring their potential to support the inclusion of students with disabilities. Methods: An observational cross-sectional study was conducted among primary and secondary school teachers in the Emilia-Romagna region (Italy), all of whom had completed a 6 h training course on the implementation of ABs. Data were collected using an ad hoc questionnaire consisting of four sections: sociodemographic data, an adapted Attitudes Toward Physical Activity scale, ABs’ practicality/sustainability, and inclusiveness. Results: Overall, 65% of teachers reported implementing ABs, with higher adoption in primary (69.5%) than secondary schools (58.6%). Implementers reported more positive perceptions and attitudes across individual, classroom, and school-support domains (p < 0.05). In addition, primary teachers consistently scored higher than their secondary counterparts, particularly in terms of class characteristics and benefit perceptions (p < 0.001). Most teachers, especially in primary schools (84.2%), reported no difficulties, although one-third of secondary teachers reported challenges. Exploratory factor analysis on barrier items identified two dimensions (practical/logistical feasibility; institutional/procedural difficulties), but internal consistency was low. Teachers mainly reported using motor activities, with sessions lasting 5–10 min, typically scheduled mid-morning. Inclusion analysis revealed that 60% of teachers had students with disabilities in their classes. While most students participated without adjustments, 25% required occasional or consistent modifications. Conclusions: ABs are a practical and inclusive strategy to reduce SBs in schools. However, not all teachers are currently able to implement them, due to varying contextual constraints, levels of support, and perceived barriers. Primary school settings appear more conducive to their integration, whereas secondary schools may require more tailored support. Fostering teacher confidence, peer collaboration, and inclusive planning can enhance both the implementation and long-term sustainability of educational initiatives. Full article