Providing the Developmental Model of a Comprehensive System of Prioritizing Occupational Risks Using Analytical Hierarchy Process (AHP) Technique in the Management of Integrated Health, Safety and Environment (Case Study of Oil Industrial Contractors)

Homa Pouresfandyani and Sara Najiazarpour

Modern Applied Science, 2019, vol. 13, issue 6, 149

Abstract: In this study, researchers designed a functional decision supporting model for workplaces for managers and showed its application by implementing it in health, safety and environment fields. Researchers used Excel software to demonstrate the ease of use of this method. This model is designed to help managers for decision-making to select and allocate resources to optimize risk of irreversible and unacceptable risks. In this regard, detailed quantitative risk assessment methods and techniques AHP expert’s extraction, classification and has been structured; to help managing workplaces risks and reducing the effects other than representing the applications of multi-criteria decision making techniques especially Analytical Hierarchy Process (AHP) technique, and in the end, to attribute resources in the best possible way. This model comes as a decision support system and is used to ease, the accuracy of decisions and reassuring them. This study suggests the use of multi-criteria decision-making techniques in large-scale projects and organizational risk management process for managers and reassuring them in terms of efficiency and effectiveness of steps taken to reduce and control occupational risks in the workplace and promise reduction irreparable effects for both organizations and for society, and to optimize the allocation of limited resources of organization. To carry out all stages of computational and analytic hierarchy process technique, Excel software was used in this study to show that this technique with capacity is also applicable in various companies.

Date: 2019
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