درخت حوزه‌های تخصصی

This study addresses the academic challenges faced by students with learning difficulties by examining the mediating role of psychological capital and achievement goals (mastery and performance) in the relationship between family emotional climate (FEC) and academic well-being. The study utilized a cross-sectional correlational design to assess contemporaneous associations between the investigated variables. The sample consisted of 150 high school students with a history of learning difficulties, selected from those who had recorded at special education centers in four districts of Ahvaz during elementary school. Data were collected using self-report questionnaires assessing FEC, psychological capital, achievement goals, and academic well-being. Structural equation modeling (SEM) was employed to analyze the hypothesized relationships. This study identified positive associations between psychological capital, mastery goals, and academic well-being (p<0.01), while performance goals showed a negative link to well-being (p<0.01). Interestingly, a positive FEC fostered psychological capital and mastery goals but discouraged performance goals, with no direct effect on well-being (p<0.01). results revealed that psychological capital and achievement goals significantly mediated the positive relationship between FEC and academic well-being (p<0.01). In other words, FEC fostered students' psychological capital and mastery goals, which in turn, led to greater academic well-being. Interestingly, this analysis suggests that the beneficial effect of a positive family environment on academic well-being is achieved indirectly, through its influence on these psychological resources. These results suggest that supportive family environments promote academic success by fostering specific psychological resources, rather than directly impacting well-being.

The current study examined the effectiveness of the educational Lego “More Math” on the mathematical progress, spatial understanding, working memory, and processing speed of students in female first grade of elementary school. female first-grade students. The research employed a quasi-experimental design incorporating a pre-test and post-test framework, with the inclusion of a control group. The population of this study consisted of female first-grade students studying in the schools of Tehran District 14 in the academic year 2022-2023. Among the available schools in District 14, Mihrab Girl’s Elementary School was selected as the sample. Then, 30 students were selected by convenience sampling and randomly assigned to the experimental (15 students) and control (15 students) groups. The data were collected by the Wechsler Intelligence Scale for Children, Fifth Edition (WISC-V), which consisted of ten sub-tests comprising five sub-scales for fluency, language comprehension, visual-spatial reasoning, processing speed, and working memory, and the teacher-made math test. The Lego More to Math educational protocol consisted of weekly training sessions over the course of 15 weeks, with each session lasting for 60 minutes. The data were analyzed using univariate and multivariate analyses of covariance by SPSS26.The analysis revealed significant differences between groups for spatial perception (F = 1.48, p = 0.00, η² = 0.36), working memory (F = 12.13, p = 0.00, η² = 0.32), processing speed (F = 18.16, p = 0.00, η² = 0.42), and math progress (F = 5.78, p = 0.00, η² = 0.29, test power = 0.9), with non-significant pre-test results (p = 0.88) and significant group differences (F = 11.36, p = 0.00). The study demonstrated that the Lego "More to Math" educational program significantly enhanced first graders' mathematical progress, spatial understanding, working memory, and processing speed. These findings suggested that incorporating structured, play-based learning tools like Lego into early education effectively boosted cognitive and mathematical skills in young students

The purpose of this research was to explain critical thinking in electronic education. The qualitative research aimed at analyzing the importance of critical thinking skills in improving students' virtual education learning with a descriptive-interpretive approach sought answers to the following 2 questions: 1- How do students describe their learning experiences with critical thinking in virtual education? 2- What changes has the critical thinking skill made in learning the virtual education of students? The data collection tool was an open-ended interview, with 12 of the 98 incoming student teachers, with targeted sampling and the research location of the Faculty of Teacher Education, Farhangian University of Ardabil, who had studied with virtual education. Analysis of the findings after implementing the experiences and interviews of the students and the components obtained from the open and central and selective coding with 6 components (self-knowledge - spirituality - media literacy - receptivity to criticism and criticism - pluralism - cognition and metacognition) It led to the conclusion of the following 3 themes according to the elements of the national curriculum and the goals of education as follows: 1- Communication with oneself 2- Communication with God 3- Communication with creation It could be used in educational systems and the positive and negative consequences in learning and education in order to be successful in learning, and it is necessary that the virtual learner is not limited to education, but must be a critical thinker or acquire educational skills and abilities during his education.