علی اکبر خسروی بابادی

Purpose: The aim of this study is to model a citizenship education curriculum for students with special needs for digital citizenship education.Method: The qualitative methodology of the grounded theory approach has been used. The statistical population is experts and specialists in special curriculum planning and experts of exceptional organizations. Sampling was performed using the non-probabilistic judgmental (targeted) method. Interviews were conducted with research samples. To sample, the snowball method was used and the interview was conducted in a semi-structured manner with open and general questions for up to 15 people to saturate the data, but for more assurance, up to 24 people were interviewed. Finally, the factors were identified using the foundation data technique using Atlas ti software. An in-depth interview was used as the main data collection tool at this stage.Findings: Based on the obtained results, a total of 106 concepts and 21 categories or open-source codes were identified and extracted. The 21 identified categories were divided into 6 main datasets of the foundation.Among the identified factors, the axial coding paradigm was performed and based on that, the linear relationship was determined between research categories including causal conditions, axial categories, contextual conditions, intervening conditions, strategies, and consequences.Conclusion: The results show the importance of the content of citizenship education and training methods. Regarding teaching and learning methods, the formation of informal groups and monitoring of the activities of groups, learning in practice, and student-centered and participatory teaching methods are emphasized.

Purpose: Considering the importance of curriculum for different classes, especially for multi-grade classes, the present research was conducted with the aim of validating and presenting the curriculum pattern of multi-grade classes of elementary school. Methodology: This study in terms of purpose was applied and in terms of implementation method was mixed. The population of the qualitative part of the current research was the documents related to the research field in scientific databases of internal (1391-1402) and external (2013-2023), which numbers of 27 document were selected as a sample with using the purposive sampling method. The population of the quantitative part of the current research was the experts familiar with the field of research, which numbers of 25 expert were selected as a sample with using the purposive sampling method. The research tool in the qualitative part was taking notes from the documents and in the quantitative part was answering about the validity of the designed pattern with the criteria of adaptability, comprehensibility, research process evaluation, generalizability, theory evaluation and control. The data of the qualitative part to present the curriculum pattern of multi-grade classes of elementary school were analyzed with the meta-synthesis method in MAXQDA version software, and the data of the quantitative part to validating the mentioned pattern were analyzed with the one sample t-test in SPSS version 23 software. Findings: The findings showed that the curriculum pattern of multi-grade classes of elementary school had 157 indicators in 28 components and 10 dimensions including the logic, purpose, content, learning methods, teacher, materials and resources, student, time, place and evaluation methods, which based on it, the pattern of dimensions and components of curriculum of multi-grade classes of elementary school were drawn. Other findings showed that the curriculum pattern of multi-grade classes of elementary school was valid based on the criteria of adaptability, comprehensibility, research process evaluation, generalizability, theory evaluation and control. Conclusion: The designed curriculum pattern of multi-grade classes of elementary school in the present research can help experts and planners in improving the curriculum status of multi-grade classes.