درخت حوزه‌های تخصصی

Purpose: The aim of this study was to compare the effectiveness of Fernald’s multisensory training and computer game training on dyslexia in primary school students with learning disabilities in Ahvaz. Methodology: This study was applied in terms of purpose and in an experimental framework (pre-test-post-test design with control group). The statistical population in the present study consisted of all elementary students with learning disabilities in the first and second grade of elementary learning centers in Ahvaz in 2019. The sample consisted of 45 students with learning disabilities in the first and second grade of elementary school. The research instrument included Wexler (1945) dyslexia questionnaire. Data were analyzed using repeated measures analysis of variance and multivariate covariance of Manqua and ANCOA. Findings: The results of data analysis showed that Fernald’s multisensory training reduced dyslexia in elementary students with learning disabilities in the experimental group (1) compared to the control group and training in the use of computer games reduced the dyslexia in elementary students with learning disabilities in the experimental group (2). In comparison with the control group, it was found that there is a difference between the effectiveness of Fernald’ multisensory training and computer game training on dyslexia of elementary students with learning disabilities and Fernald’s multisensory training compared to computer game training in elementary students with dyslexia. Learning disabilities were more effective. Conclusion: As a result, it can be said that Fernald’s multisensory training methods and computer game training reduce the dyslexia of elementary students with learning disabilities and Fernald’s multisensory training is a more effective method to reduce the dyslexia anger of elementary students with learning disabilities

Purpose: Considering the role of leadership in achieving the education missions, present research done with the aim of designing a suitable leadership model to achieve new missions of higher education. Methodology: This study in terms of purpose was applied and in terms of implementation was exploratory combined (qualitative and quantitative). The research population in the qualitative part was the higher education experts and in the quantitative part were the personnel of Islamic Azad University of Tehran province in 2018-19 academic years. The research sample in the qualitative part according to the theoretical saturation principle were estimated 13 people who were selected by purposive sampling method and in the quantitative part according to Cochran’s formula were estimated 385 people who were selected by cluster random sampling method with respect to classes (number of staff in universal branches). To collected data in the qualitative part used from interview and in the quantitative part used from researcher-made questionnaire (51 items) which the its content validity was confirmed by experts and its convergent validity by average variance extracted indicator was confirmed and its reliability was obtained by Cronbach’s alpha method 0.84. To analyze data were used from methods of open, axial and selective coding and exploratory factor analysis in SPSS-22 software. Findings: The findings of the qualitative part showed that suitable leadership had 79 concepts, 63 categories and 7 dimensions and new missions of higher education dad 20 concepts, 15 categories and 3 dimensions. The findings of the quantitative part showed that the suitable leadership model to achieve new missions of higher education had 51 indicators or items and 15 components. Also, a suitable leadership model to achieve new missions of higher education was designed and approved by experts. Conclusion: Based on the findings of the present study, higher education specialists and planners can design and implement programs to realization the new missions of higher education.

Purpose: The main of this research was to calculate the efficiency of 9th grade high school female students as well as educational process development to increase the math literacy. Methodology: This educational process is done by combining realistic mathematics education and the process of solving mathematical problems by quasi-experimental method. The statistical population of the study was 242 ninth grade students in district 19 of Tehran province in the 98-99 academic year; they were divided into two groups of 122 students as experimental group (A, B) and 122 students as control group (C, D). The data analysis method was based on Data Envelopment Analysis (DEA). The output-oriented Charles, Cooper, and Rhodes (CCR) model was used for determining the efficiency of the students. Findings: Each student was considered as a decision-making unit (DMU) in which inputs were mathematical pre-test scores and outputs were the mathematical post-test scores. 91.185% of class A students and 93.6% of class B students from the experimental group were efficient, which has much better offspring than the control group. Conclusion: The results showed that the students involved in problem solving and realistic math instruction were efficient and the Pisa test performed very well. In addition, data envelopment analysis was a suitable method for evaluating and analyzing students' annual performance.