“…Sometimes it is necessary to estimate the impact, for example by calculating the probability of occurrence and assessing whether the impact is large, moderate or small. A risk map can be used for this purpose [16,27]. The risk map shows the impact of each type of risk on one axis and their probability on the other (Table 1) [29].…”
Section: Fig 1 Risk Management Processmentioning
confidence: 99%
“…In some cases the organization may take further action. Risks with low impact and low probability (low) represent the lowest risk to the organization [18,27]. The optimization of the production process is performed in the following areas of the company's level of action: management, human, environment, tool, machine and production [3].…”
Section: Fig 1 Risk Management Processmentioning
confidence: 99%
“…In recent years, the topic of risk management has become more important because appropriate project management techniques are now seen as a way to achieve the desired change in the company. In addition, projects are characterized by increasing complexity, the use of various skills and technologies, and the resulting dependencies lead to a higher degree of uncertainty in the outcome of a given project [23,27].…”
In the paper the problem of personnel allocation under threat was presented. The possibilities of undertaking optimization measures in the process of workers’ health and safety and expenses incurred were emphasized. A mathematical model for this issue has been formulated. An algorithm solving the problem of staff allocation was presented. The evaluation criterion for this assignment was the minimization of worker safety risks. Simultaneous optimization of expenses incurred in the implementation of production tasks was taken into account. The productivity of the staff and all existing jobs with the skills of the employees also was considered. This problem was solved using GNU Octave. The example presented in the paper shows that in case of the most unfavorable allocation of tasks to employees, it will lead to a significant reduction in profits and may increase the risk of undesirable situations. The proposed analysis is the starting point for determining the risk in case of multi-position work.
“…Sometimes it is necessary to estimate the impact, for example by calculating the probability of occurrence and assessing whether the impact is large, moderate or small. A risk map can be used for this purpose [16,27]. The risk map shows the impact of each type of risk on one axis and their probability on the other (Table 1) [29].…”
Section: Fig 1 Risk Management Processmentioning
confidence: 99%
“…In some cases the organization may take further action. Risks with low impact and low probability (low) represent the lowest risk to the organization [18,27]. The optimization of the production process is performed in the following areas of the company's level of action: management, human, environment, tool, machine and production [3].…”
Section: Fig 1 Risk Management Processmentioning
confidence: 99%
“…In recent years, the topic of risk management has become more important because appropriate project management techniques are now seen as a way to achieve the desired change in the company. In addition, projects are characterized by increasing complexity, the use of various skills and technologies, and the resulting dependencies lead to a higher degree of uncertainty in the outcome of a given project [23,27].…”
In the paper the problem of personnel allocation under threat was presented. The possibilities of undertaking optimization measures in the process of workers’ health and safety and expenses incurred were emphasized. A mathematical model for this issue has been formulated. An algorithm solving the problem of staff allocation was presented. The evaluation criterion for this assignment was the minimization of worker safety risks. Simultaneous optimization of expenses incurred in the implementation of production tasks was taken into account. The productivity of the staff and all existing jobs with the skills of the employees also was considered. This problem was solved using GNU Octave. The example presented in the paper shows that in case of the most unfavorable allocation of tasks to employees, it will lead to a significant reduction in profits and may increase the risk of undesirable situations. The proposed analysis is the starting point for determining the risk in case of multi-position work.
The strategy should be designed in such a way as the risk management can operate not only as a system for avoiding losses, but also risk management should allow recognizing and making use of occasions and create new opportunities for the organization. Risk management includes both an evaluation (analytical and evaluation) undertaking as well as planning and control activities aimed at minimizing (reducing) risk or maintaining it at an acceptable level. Security management can in particular be reduced to the issue of risk management, because risk is a quantitative expression of the functioning of systems in an environment where there are active sources of threats to system security. The article presents the problem of personnel allocation in hazardous conditions, emphasizing the possibilities of undertaking optimization actions in the safety management process. A mathematical model was formulated for this issue. An algorithm solving the problem of personnel allocation is presented. The proposed analysis is the starting point for determining the risk when using multi-station work.
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