Majid Feyz Arefi; Maryam Hafezian
Volume 4, Issue 2 , September 2023, , Pages 117-136
Abstract
Purpose: This study aimed to evaluate Islamic banking risk management based on IFSB guidelines in one of the state-owned banks in North Khorasan province.Methodology: The study is a descriptive survey, and the statistical population included branch employees, employees, and managers of different management ...
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Purpose: This study aimed to evaluate Islamic banking risk management based on IFSB guidelines in one of the state-owned banks in North Khorasan province.Methodology: The study is a descriptive survey, and the statistical population included branch employees, employees, and managers of different management departments of the bank. Sampling was random; the data collection tool was a questionnaire filled by 35 participants. The questionnaire used in this study is a translation of the questionnaire presented by Rosman and Abdul Rahman [30] based on the principles of the IFSB guide in 2015, the validity of which was confirmed by experts. Some editing points were applied, and its reliability was confirmed by 25 experts, with alpha Cronbach at 0.76. Descriptive statistics and Kolmogorov-Smirnov, binomial, and Friedman tests were used to analyze the data.Findings: The results showed that 9 out of 42 components of risk management are not in good condition, including two components of investment risk management, four of market risk management, one of liquidity risk management, and two of business risk management shift.Originality/Value: The study showed weaknesses and opportunities for improvement in market risk management, investment risk management, business transfer risk management, and liquidity risk management, respectively.
Masoumeh Zahedi; Mohamad Khalilzadeh; Hasan Javanshir
Volume 1, Issue 4 , February 2021, , Pages 403-421
Abstract
Purpose: This study aimed to design a new fuzzy expert system for project portfolio risk management in ongoing projects of a first mobile holding. Methodology: To identify the risks from the DEMATEL method developed, to evaluate and determine the most critical risks from the fuzzy FMEA methods and the ...
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Purpose: This study aimed to design a new fuzzy expert system for project portfolio risk management in ongoing projects of a first mobile holding. Methodology: To identify the risks from the DEMATEL method developed, to evaluate and determine the most critical risks from the fuzzy FMEA methods and the AHP method in Expert Choice software, and to select the optimal risk response, a proposed mathematical model is used and solved in Gamz software. Findings: The research findings showed 23 risks in the studied projects, 8 of which were highly important and impacted. Risk prioritization and determining their impact level were also performed using the integrated AHP-FMEA method. Findings obtained from solving and implementing the mathematical model in Gamz software also showed that the proposed model of efficiency and capability for selecting optimal risk response strategies is established. Originality/Value: The general findings indicate that the proposed new fuzzy expert system also has the capability and efficiency to manage the portfolio risk in the study holding.
