ashraf asilian; Hossein Momeni Mahmoui; ali akbar ajam
Abstract
The purpose of the research was to design and validate the supplementary curriculum model compatible with the brains of ADHD students. This research was a mixed, exploratory type in the qualitative part of document analysis, qualitative content analysis and interviews with 17 experts, and in the quantitative ...
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The purpose of the research was to design and validate the supplementary curriculum model compatible with the brains of ADHD students. This research was a mixed, exploratory type in the qualitative part of document analysis, qualitative content analysis and interviews with 17 experts, and in the quantitative part, a questionnaire with 10 components and 180 sub-components were designed and implemented with 40 experts in curriculum planning, psychology, and brain sciences. Based on the feedback, the questionnaire was modified and given to 419 experts in curriculum planning, psychology, brain science, education experts, counseling and elementary school teachers in Mashhad. The validity of the questionnaire was confirmed by experts, and the validity and reliability of the data were confirmed by means of member checks and Cronbach's alpha (0.83). A qualitative, targeted sampling method was used in the quantitative part of the multi-stage cluster sampling method. Structural equation modeling analysis was used to validate the model and it was confirmed by first-order factor analysis. The results of the second-order confirmatory factor analysis showed that the 11 components (logic, goals, content, learning teaching strategies, evaluation, learning environment, materials and resources, teacher's role, learning time, grouping, and inclusive characteristics) have sufficient factor loading. To predict the brain-compatible supplemental curriculum pattern of students with ADHD. Also, the indexes (CMIN/DF = 0.842), RMSEA = 0.000, CFI = 1.000, TLI = 1.005, IFI = 1.003) and RFI = 974 Was. The results showed that the designed model has a very favorable fit.
Mohammad Akbari Bourang; ali akbar ajam; Hossein Ja'fari Saani; Reza Saberi; Hossein Shokouhi Fard
Abstract
Considering the development of virtual teaching in the higher education system and the clarity of the importance of quality virtual teaching in virtual courses, the purpose of this research was to plan a quality virtual teaching model in the higher education system of Iran. To plan the model, use was ...
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Considering the development of virtual teaching in the higher education system and the clarity of the importance of quality virtual teaching in virtual courses, the purpose of this research was to plan a quality virtual teaching model in the higher education system of Iran. To plan the model, use was made of the descriptive analytic research method. The study domain was print and electronic references concerned with virtual teaching and its components. To validate the model, the descriptive method was used. The population included experts, professors, and authorities in virtual teaching; the research sample was selected using the criterion based sampling method, based on criteria like having papers, books, translations, or teaching in virtual courses, and these 30 individuals examined the validity of the suggested model. In the area of planning the quality virtual teaching model, conectivism theory were bases in the model Based on the bases mentioned, the features of the components of the quality teaching model in the higher education system were presented, and eventually, the validity of the above model was examined and confirmed by experts and authorities. By design pattern, teaching-learning or teaching activity implementation in three stages of design, implementation and evaluation were performed. the three stages are not separated and interact. the features of the teaching-learning process related to the template element was determined.