Delphi Method

Purpose: The purpose of this study was to provide a talent management model for staff of Shahed University. Methodology: The methodology of the present study was applied in terms of purpose, qualitative in terms of data, and foundation data in terms of the nature and type of study. The statistical population of the study consisted of academic specialists. Thirty specialists in the field of management were selected using the targeted snowball sampling. The research tool was a semi-structured interview form were set up. Models, findings, studies and theories were first examined, then, the indices were counted by open coding; after the categorization of the central coding, the final form of the interview was sent to 30 field specialists to make selective coding. Findings: The results of the findings showed that the most important category of effective index on the promotion of talent management model is the "excellence" category which includes the indices: career path management, succession and organizational commitment. Subsequently, “recruit" category consists of indices: identification, selection and employment. Finally, the model of indices influencing the talent management model was drafted which included 13 indices in five main categories; "recruit ", " retaining ", "training and development", "performance management" and "excellence." in this model, the mean of each category and order of importance of indices in each category was presented. Conclusion: Applying this template, its dimensions, its components and indicators, enables universities to manage their human resources and, as a compass, change their scientific movement from day to day planning and improve the quality of the university. Provided.

INTRODUCTION: In recent years, the community-oriented approach has been proposed as one of the approaches used in crisis management. Therefore, this study aimed to identify the factors affecting community-oriented crisis management in Iran. METHODS: Initially, the subject of the study was defined and initial exploratory and library studies were conducted. Subsequently, the relevant factors and components were identified through the Delphi method and a researcher-made questionnaire and were then provided to the experts to give their opinions. These factors and components underwent analysis by statistical methods after that the qualitative and quantitative corrective opinions of the experts were received. Finally, the experts' consensus was reached regarding the appropriateness of the model, components, and the combination of factors. The study population in this section consisted of 28 academics and professionals familiar with the subject selected using a judgmental sampling method. Subsequently, to test the model, a researcher-made questionnaire was distributed among 353 selected individuals of the local community of South Khorasan Province, Iran, who were selected by random clustering method. The collected data in this section were analyzed in Smart PLS software (version 3) using confirmatory factor analysis. FINDINGS: The research findings included the validation of the model through the Delphi method and the test of the final model through confirmatory factor analysis. CONCLUSION: The results showed that four categories of preventive, preparatory, confronting, and reconstructive factors were effective on community-oriented crisis management, among which, preparatory factors with an impact factor of 33.5 had the greatest impact on community-oriented crisis management.

Purpose: The purpose of the present study was to provide a model of happiness for students of primary schools in Tehran. Methodology: In terms of the basic purpose, the present study was exploratory mixed (qualitative-quantitative) in terms of the nature and type of study. The statistical population of the current study included all specialists in the field of happiness, such as psychologists and sociologists, educational sciences, and quantitatively, all managers, educational assistants, and sports teachers in Tehran, which included (220 men and 280 women). Therefore, in the qualitative dimension, the sample size of the research was 16 experts in this field, and in the quantitative dimension, 334 people (144 men, 190 women) were selected using the cluster random sampling method. The measurement tool of the current research is a semi-structured interview form in the qualitative dimension, which was developed using open coding and axial coding. The formation of the said form was finalized with the help of interviews and Delphi technique from experts through selective coding. The validity and validity of this matter was confirmed with the help of experts. The research tool in the quantitative dimension was a 121-question questionnaire, which was compiled by transforming the saturated interview form by experts and by giving weight to the indicators. The reliability of the questionnaire was calculated through Cronbach's alpha and was equal to 0.958. Its validity was obtained with the help of content and confirmatory validity, which was relatively high. The research data were analyzed through the coding process based on the systematic design of the theory derived from the data of Strauss, Corbin (1998). Findings: The method of data analysis in the qualitative dimension including the open coding method, axial coding was done, and after the theoretical saturation of the experts, the model of happiness based on 3 dimensions, 11 components and 121 indicators was finalized. In the quantitative dimension, it was confirmed with the help of factor analysis test, which consisted of 3 dimensions, 11 components and the final model of the happiness pattern was confirmed. Conclusion: Based on the findings, the final model of the dimensions of the happiness model includes, in order, family (parental relations, education, economy), school (teacher, principal, classmates, employees) and environment (culture governing the society, security, rules and regulations, media ha) is.

Passive Defense is a set of civilian efforts performed to enhance deterrence, reduce vulnerability, sustain essential activities, promote national stability, and facilitate crisis management against military threats of an enemy. Since in battles, sensitive and critical areas of cities are of paramount importance,it is clear that in military agressions, a large part of threats are focused on cities and their urban facilities and equipment, especially fuel centers. As a result, consideration of passive defense while planning cities has a significant role in reducing the vulnerability of cities and their urban elements as well as facilitating the urban crisis management. It also provides the citizens resistance threshold under possible enemy invasion and natural malicious agents. Hence, this article reviews and analyzes the current situation of gas distribution centers and evaluates their positioning across the city of Mashhad with regard to passive defense approach. However, as far as there is no clear- cut criteria for organizing fuel centers with passive defense approach, the Delphi method is used to select the desired criteria in which on the basis of the final comments of the experts, four critera- performance, access, hazards and security election and spatial organization of the fuel tanks and petrol stations- are analyzed using AHP model and GIS spatial analyzes. Accordingly, it can be said that the assessment of the current status of the urban fuel stations in Mashhad indicates that no area of the city enjoys all measures of passive defense (performance, availability, security, and risks). Likewise, the results indicate that the distribution of these centers in the city are mostly consistent with the factor of access. taking into account all the criteria, it is the ​​North West of Mashhad which has the highest utility than other areas. It is followed by the east of Mashhad and ​​the Northeast and the middle east of the city, respectively. Accordingly, it could be stated that ignoring an efficient design for determining the optimum location of the site construction with a passive defense approach results in an inappropriate and naive spatial distribution of the stations leading to an increased security and environmental risks of the city.