درخت حوزه‌های تخصصی

The purpose of the present study was to present a causal model of the effect of educational conflict on students' educational self-regulation, taking into account the mediating role of family communication patterns. Therefore, in terms of purpose, this research is applied and in terms of methodology, it is quantitative research of correlation. The statistical population of this research includes all students of Payam Noor University of Isfahan in the academic year 1400-1401. 300 people were selected as the sample of this study using the random sampling method. Rio’s Educational Engagement questionnaires (2013), Bouffard et al.’s (1995) Educational Self-regulation, and Koerner and Fitzpatrick’s (2004) family communication patterns were used to collect data. To analyze the data at the level of descriptive statistics, mean, standard deviation tests and at the inferential level, T-tests, regression coefficients, and path analysis were used in the SPSS19 software environment. The research findings have shown that there is a positive and significant relationship between all of the research variables the results of path analysis also showed that the variable of family communication patterns was able to establish a mediating role in the effect of educational conflict on educational self-regulation.

The purpose of study is Identifying the factors affecting the establishment of "quality culture" and effective factors in the quality of virtual education of Farhangian University.The research method was a two-stage combined exploratory exploration. In the qualitative section, using a semi-structured interview technique, 23 academic and thematic experts were interviewed in a purposeful manner from educational and research centers and the research method in the qualitative part is foundational data theorizing, which seeks to create a theory, model and pattern (Sharmaz, 2007: 462),. A descriptive-survey method has been used in the quantitative part. To analyze the data in order to evaluate the fit of the proposed model from confirmatory factor analysis and structural equation modeling technique by using Smart PLS software. In the quantitative part of research, the initial structure of questionnaire which was compiled with 136 items, in the initial study among five quality monitoring and evaluation experts at Farhangian University. The information obtained from the examination the indicators of each of dimensions and indicators of the quality culture using the criteria of the absolute magnitude of the factor loadings, T-statistics and R2, it should be said that all the items have a suitable factor loading (above 0.7) on the related variable. And these factor loadings were significant at 0.05 and 0.01 levels. In other words, the value of t associated with each factor load is greater than its critical value (1.96) at the 0.05 level and (2.58) at the 0.01 level. Then, in the quantitative section, 389 faculty members and non-faculty members were selected by multi-stage cluster sampling and answered the questionnaires. Findings from first and second confirmatory factor analysis showed that culture quality of factors; "Structural / managerial elements"(0.388), "Cultural/ psychological elements" (0.248), "Leadership" (0.500), "Communication" (0.584), "Trust"(0.457), "Commitment"(0.150) and responsibility"(0.528),"Participation"(0.176), "Empowerment"(0.312), "Infrastructure reform"(0.161), "Results of quality culture"(0.458) has been formed and its native model has a suitable structural validity for establishment in Farhangian University. As a result, it can be said that the structural model under study is of good quality and the observed values are well reconstructed and the model has a good predictive ability.

This study aimed to examine the effect of educational software on 3rd-grade elementary-school students’ mathematical problem-solving skill. This was a quasi-experimental, pretest-posttest, controlled study. The statistical population comprised all 3rd-grade elementary-school male students in District 4 of Karaj (Iran) in the academic year 2018-2019. A sample was selected via convenience sampling, and the participants were randomly assigned to two experimental and control groups (20 each). On pretest, two tests of “numerical analysis” and “attention and concentration” (Wechsler test) and a researcher-made problem-solving skill test were administered. Then, the experimental group received eight 40-minute sessions of software training, while the control group received the class’s routine education. Finally, both groups took the posttest. The data were analyzed via univariate analysis of covariance and independent samples t-test. After the experimental intervention, the two groups demonstrated a significant difference (p < 0.001) at three levels of “problem-solving speed”, “attention and concentration”, and “numerical analysis”. The two groups also showed a significant difference at the level of “problem-solving strategy identification” (p < 0.05). Accordingly, the role of educational media, and especially educational software, can be highlighted in promoting students’ learning and mathematical problem-solving skill.