introduction
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RiskManagement.edited2.docx1
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Risk Management
Methods of Risk Identification
One of the most critical and necessary elements in the risk assessment process is identifying risk. If any phase in the risk management process fails to identify a specific threat, all other steps will be skipped for that risk. Project risks can be identified by using the following methods.
Brainstorming involves bringing a group of people together to reflect and explore a subject and generate solutions (Shi et al., 2022). Brainstorming allows team members involved in the organization's daily running to identify potential threats at various sections of the organization. For instance, in the office relocation project, all project team was involved through meetings to help identify and classify risks into financial and technical risks.
Stakeholder’s interviews and analysis: Stakeholders are interested in the project; thus, interviewing them allows the project team to grasp better what they perceive as the main risks. They see danger from an investor's standpoint rather than an employee or the project manager. This point of view might assist you in determining what affects your shareholders and how to manage them (Shi et al., 2022). Engagement with the project shareholders such as customers, employees, and suppliers helped identify and group risks based on their potential impact on the project.
Root cause analysis: A root cause analysis entails looking into prior project hazards and how they connect and the current project. Financial difficulties, old equipment, or low-quality materials can contribute to. Finding the core cause can help the team identify and avoid typical project or business difficulties, resulting in increased project efficiency. This process involved reviewing similar projects that have been done before. The information gathered was vital in understanding the potential perils.
Requirement review: A requirements review examines a project's financial workforce, material, requirements, allowing the team to study requirements more frequently and immediately identify potential problems. For instance, if the project's financial needs are very high and the firm's economic powers are low, this may result in financial risk. Therefore the firm can plan on how to get additional funding. The project's budget requirements review was an important way of identifying the risk throughout the project development.
Methods Used For Monitoring Risks
Risk monitoring is the practice of tracking and evaluating the severity and the level of risks in an organization. This process is critical; as such, it should be done skillfully to assess the potential impacts of the identified risks (Romanak & Dixon, 2021). The following methods are essential in this process.
Trend and variance analysis: Trend and variance analysis involve paying closer attention to the movement in the budget and actual costs or changes in the market environment. If the investigation shows an increasing trend in the project's worth, it may indicate an impending financial crisis. The project implementation team focused on the project's estimated expenditure and the actual cost incurred. Any variation in this cost was subjected to analysis and appropriate remedial actions.
Holding status meetings: Meetings are another critical way to monitor the risks. Once a threat has been identified, the project manager can take a lead role in engaging other project team members to track, observe and measure the impacts of the risk on the project. The project implementation team conducted several meetings during project development that were essential for assessing the effects of the risk on the project.
Risk audits: A risk audit involves the investigation and documentation of the impacts of the identified risks. The information gathered during the audit gives more insight to the project team on the best way to handle risks (Romanak & Dixon, 2021). Throughout the project development, the team consulted and engaged financial and technical experts to help give insight to the committee on the impacts of financial and technical risks on the project.
Risk reassessment: Risks have a different level of threat to the project, and they should be prioritized based on the impacts on the project. Risk reassessment helps monitor and rank risks, thus enabling the implementation team to handle the risks appropriately. Through regular project assessment, the development team monitored and screened the identified risks.
Methods of Mitigating Risks
Risk mitigations are strategies and plans prepared by the organization to help minimize the effects of risk. When done meticulously, the firm can reduce resources it could otherwise have lost (Anderson et al., 2019). Various risk mitigation strategies can be used, as discussed below.
Risk transfer: Involves outsourcing or shifting the risk to a third party or insurance company. Risk transfers don't essentially result in savings of cost. Instead, if a firm moves a threat, it reduces losses in the future, so while insurance can be costly, it may be more cost-saving than allowing the hazard to occur and being fully accountable. For instance, the project team outsourced the IT management services to an IT expert firm during the project development.
Avoiding risk: If the risk identified is too significant for the firm to bear, the best way of mitigating the risk is to avoid implementing the project. In this case, avoiding risk means not executing the activity that leads to danger. The project development team managed the identified risk by prioritizing the project's basic requirements.
Risk reduction involves setting a level at which the project team can accept the risk. This level of risk acceptance is known as the residual risk level. Risk reduction entails taking countermeasures to lessen the effects of the risk (Anderson, 2019). This risk mitigation method is very effective since there is always a predetermined channel for handling risk. For instance, the project development team successfully reduced financial risk by strictly and closely monitoring the cost of the project.
References
Anderson, G., Ebersole, D., Covington, D., & Denoble, P. J. (2019). The effectiveness of risk mitigation interventions in divers with persistent (patent) foramen ovale. Diving and Hyperbaric Medicine, 49(2), 80.
https://www.ncbi.nlm.nih.gov/pmc/articles/pmc6704009/
Romanak, K., & Dixon, T. (2021). Technical monitoring considerations for advancing CCS Projects under the California Low Carbon Fuel Standard about other global regulatory regimes. Available at SSRN 3811985.
https://papers.ssrn.com/sol3/papers.cfm?abstract_id=3811985
Shi, L., Zhang, J. F., Li, W., & Yang, K. (2022). Development of New Technologies for Risk Identification of Schistosomiasis Transmission in China. Pathogens, 11(2), 224.
