Analyzing the dimensions and components of the social justice development model in line with the implementation of the national policy

The purpose of this research was to design and present the social justice development model in the national policy. The research method was qualitative and quantitative. Research information was collected through interviews. The statistical population of the research included an unlimited number of experts, professors and experts in the relevant field, and 18 people were selected until reaching theoretical saturation. The sampling method was in the form of a snowball, in which the interviewees were asked to introduce people who are knowledgeable about the research topic to conduct subsequent interviews. Primary data were collected through interviews. According to the methodological process, during three stages of open coding, central coding and selective coding, firstly, the codes related to the topic were identified from the large number of primary data types; Then, in the manner of continuous comparison, a concept was extracted from several codes, and in the same way, other codes were also converted into concepts until finally 96 concepts were obtained. In the next stage, some concepts were put in the form of a category so that 16 categories were obtained for this research. The findings of the research showed that 3 categories emerged as the central categories, which include: cultural factors, compatibility with elites, education. Other categories to be presented in the visual model were placed in five categories: causal conditions (3 categories), background or context (3 categories), intervening conditions (2 categories), strategies (2 categories), consequences (3 categories). Next, based on the indicators, components, concepts and categories of the proposed model, a questionnaire of 96 questions was compiled and based on the collected data, the relations of the proposed model were examined, and finally the results showed the significance of the relations and components of the model.