Introducing a cost-effective engineering model for increasing productivity indicators

The importance and role of human resources in organizations and enterprises, economic and industrial as the stimulus of the economic cycle of the society is not at all anybody. But today, work-related accidents, as one of the key factors in the loss of efficient human resources and the loss of capital and time, are a threat to the development and development of any country. These incidents have a huge impact on the productivity of various industry workers and ultimately on the economy of society.
In most of the studies, cost estimates have often been used to calculate the costs of safety in the workplace, and usually the cost of any damage or cost of the entire accident is calculated, and despite the importance of reducing productivity from work-related accidents , This important is still ignored. Therefore, in the present study, a multi-criteria decision-making methodology for presenting a cost-effective engineering model based on productivity indicators has been used. The results of this study showed that, according to the criteria, the priority of conducting classes and training courses, creation of safety regulations in administrative and manufacturing departments, investment in medical care, safety equipment and machinery purchase, equipment and technology The newest have the greatest impact on engineering safety costs based on productivity indicators.