Investigation of Crisis Management Based on Seven Resistivity Engineering Principles in doors Sport Facilities of Ardebil

Mirzaei Kalan, Mehdi (2020) Investigation of Crisis Management Based on Seven Resistivity Engineering Principles in doors Sport Facilities of Ardebil. Masters thesis, University of Mohaghegh Ardabili.

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Abstract

Research Aim: Since crisis management assessment plays a key role in planning for training and promotion of awareness and preparedness of sporting sites, therefore, the use of a new resilience engineering approach can increase the efficiency of crisis management and empower sports facilities in the face of disasters. help. The purpose of this study was to investigate disaster management based on the Seven Principles of Resilience Engineering in Indoor Sports Facilities in Ardabil. Research method: The study was a descriptive survey and was conducted through questionnaires and in-person observations. The statistical population of this study consisted of managers, experts and trainers of sporting places with a total of 132 persons. Determined. In this study, a total of 7 important and effective factors for crisis management of indoor sports facilities in Ardabil were identified as management commitment, culture of error, learning culture, transparency, preparedness, awareness and flexibility in crisis management. The research questions were collected based on data collected and analyzed using spss software. Finally, the results of hypotheses test indicate that in the main hypothesis ie crisis management status with significance level less than 0.05 was confirmed and in 7 sub-hypotheses commitment status in crisis management, learning culture in crisis management, status Crisis Management Readiness and Flexibility in Crisis Management with a higher than average level and significance level less than 0.05 were confirmed, but the culture of error management in crisis management, transparency in crisis management and awareness in crisis management were confirmed. Significance level greater than 0.05 was not confirmed. Findings: Among the components of crisis management based on resilience engineering approach in indoor sports, the highest mean was related to commitment in crisis management, learning culture, awareness, error culture, transparency and flexibility. The lowest average is for crisis management readiness. Conclusion: There is a need to increase the awareness and preparedness of all staff and managers in the field of crisis management and resilience engineering, and training can be provided to enhance the awareness and preparedness of all staff in the face of crisis.

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