A longitudinal multilevel model analysis of the within-person and between-person effect of effortful engagement and academic self-efficacy on academic performance

Students’ learning outcomes in Informatics remain a challenge when conventional instructional media offer limited interaction, contributing to passive engagement and difficulties understanding learning materials. This study examined changes in Grade X students’ learning outcomes after the implementation of Wordwall-assisted interactive learning media for the Computer Systems topic at SMAN 1 Sawahlunto, Indonesia. A quantitative approach was employed using a pre-experimental one-group pretest–posttest design involving 30 students from class X E4. Students completed a multiple-choice achievement test before instruction, participated in Computer Systems learning activities supported by Wordwall, and completed a posttest afterward. The intervention incorporated game-based activities to support practice and engagement; however, the research records did not specify its duration. Data were analyzed using descriptive statistics and a paired-samples t-test, with normalized gain (N-Gain) used to assess the level of improvement. The mean score increased from 53.67 on the pretest to 77.67 on the posttest, a difference of 24.00 points. The paired-samples t-test identified a statistically significant difference between scores (t = 8.664, df = 29, p < 0.001). The mean N-Gain was 0.538, indicating moderate improvement. These results show that students’ scores were higher after the Wordwall-assisted learning intervention. Nevertheless, the study did not include a control group, the observed change cannot be attributed to Wordwall alone; instructional or testing-related factors may also have contributed. Wordwall therefore be considered a useful supplementary medium for Informatics instruction, while further studies using control groups, larger samples, and documented intervention durations are needed to strengthen conclusions about its effectiveness.

Universities preparing graduates for technology-enabled financial services need to understand how digital learning conditions relate to students’ career readiness. This study examines the associations of university-based Digital Financial Learning Ecosystem Quality with perceived FinTech Career Readiness among Vietnamese business students. Drawing on Social Cognitive Theory and Social Cognitive Career Theory, ecosystem quality is modelled as a reflective–formative higher-order construct comprising Digital Academic Support, the Digital Learning Environment, and Digital Teaching Innovation. Cross-sectional survey data from 341 students recruited through nonprobability convenience sampling via networks centred on northern Vietnam were analysed using partial least squares structural equation modelling and a disjoint two-stage procedure.All three ecosystem dimensions made significant formative contributions, with the digital learning environment showing the largest estimated weight. Higher ecosystem quality was positively associated with self-efficacy and learning motivation, and self-efficacy was positively associated with motivation. Motivation and career orientation were positively associated with perceived readiness, with motivation having the larger estimated direct coefficient. Career orientation showed no significant additional association with motivation after accounting for ecosystem quality and self-efficacy. Ecosystem quality was indirectly associated with readiness through motivation and through the sequential pathway involving self-efficacy and motivation. The model explained 41.5% of the variance in perceived readiness.The study contributes an integrated operationalisation of university-based digital financial learning quality and distinguishes learning-related associations from those of career orientation. The findings inform potential priorities for coordinating digital platforms, relevant financial content, academic support, practical learning, and competency-based career guidance. For universities and financial institutions, the study offers evidence to guide collaboration on graduate preparation and a foundation for evaluating how perceived readiness relates to demonstrated workplace competence.

Insecurity has become a significant threat to the effective delivery of basic education in Nigeria, particularly in communities affected by banditry, kidnapping, armed attacks, and communal violence. This study examined the influence of insecurity on teaching-learning outcomes in Universal Basic Education primary schools in Kagarko Local Government Area, Kaduna State, Nigeria. Specifically, it investigated the effects of insecurity on pupils’ academic performance and school attendance and identified strategies for reducing its adverse effects. The study adopted a qualitative documentary research design and relied on secondary data obtained from government publications, policy documents, institutional reports, international organisations, and peer-reviewed journal articles. The selected documents were analysed using qualitative content analysis and organised according to the study’s major themes. The findings revealed that insecurity negatively affects pupils’ academic performance by reducing instructional time, disrupting curriculum coverage, weakening concentration, and creating fear within the learning environment. It also reduces school attendance as parents may prevent their children from attending school because of kidnapping, attacks, unsafe travel routes, and instability within surrounding communities. Consequently, insecurity undermines the implementation of Universal Basic Education by limiting regular participation and disrupting stable teaching and learning conditions. The study concludes that ensuring school safety is essential for achieving the objectives of free and compulsory basic education. It recommends strengthening school security, implementing the Minimum Standards for Safe Schools, improving community participation, providing psychosocial support, protecting routes to school, establishing emergency response systems, and adopting flexible learning arrangements during periods of disruption.

The main aim of this study is to determine the different challenges encountered by TVL students in learning skill-based subject on Modular Distance Learning. The participant was 20 selected Technical Vocational Livelihood Track who specialized Bread and Pastry Production students on Modular Distance Learning of Luis Y. Ferrer Jr. Senior Highschool School Year 20221-2022. This study used qualitative type of study through interview and focused group discussion. Qualitative data was analyzed using Litchman's 3C's of Analysis (Coding to Categorizing to Conceptualizing) to generate emerging themes. The study revealed that TVL- BPP students encountered challenges in learning skill-based subject on Modular Distance Learning such as lack of knowledge and skills, lack of tools, equipment, financial difficulty and attitude problem. Those mentioned problems affect student's academic performance. Most of them failed to meet the appropriate practical outputs. The study also revealed the different coping mechanism utilized by skill-based students. Part time job, watching informative learning videos and articles from internet, time management and improvising tools and equipment were the coping strategies done by students. The study focused only to the challenges and coping mechanisms of Luis Y. Ferrer Jr. Senior High School Technical Vocational Livelihood - Bread and Pastry Production students in learning skill-based subject on Modular Distance Learning. The result of this study serves as reference or basis for the skill-based teacher to formulate clear, effective and efficient form of teaching for the students to easily learn the subjects on modular distance learning.

This study examined technological self-efficacy and classroom technology use among early childhood teachers at Cabangahan Elementary School, Siaton, Negros Oriental. Employing a quantitative descriptive-correlational design, the researchers collected self-reported data from five teachers using an expert-reviewed, Google Forms questionnaire. Descriptive frequencies, percentages, and five-point weighted means were used to characterize teachers’ profiles, basic technology skills, confidence in pedagogical integration, troubleshooting ability, frequency of technology use, diversity of digital tools, and perceived effects on children’s learning and engagement. The reported mean scores were 4.56 for basic technology skills, 4.56 for pedagogical integration, and 4.52 for technical troubleshooting, all interpreted as highly confident. Classroom technology use was rated 4.60 for frequency, 4.16 for diversity of tools, and 4.76 for perceived learning engagement. The study reported a very strong positive Pearson correlation between self-efficacy and classroom technology implementation (r = .94); no corresponding significance test was provided. Results suggest that the participating teachers perceived themselves as technologically capable and frequent users of digital resources, although the range of tools used was comparatively limited. The proposed action plan prioritizes device access, technical support, targeted professional learning, and classroom monitoring. Given the five-person, single-school sample and reliance on self-report, the findings should be interpreted as local descriptive evidence, not as proof of causal effects on children’s outcomes.