Final answer:
Tools like root cause analysis and fault tree analysis are key in identifying hazards by analyzing problems to find their root causes or potential causes for an undesirable event, respectively. Gathering information from stakeholders and seeking expert advice help in vetting these hazards. The use of statistical process control and quality control charts is also critical in monitoring for variations that could lead to safety issues.
Step-by-step explanation:
Identification of Hazards Tools and Resources
To help with the identification of hazards in various scenarios, certain tools and methodologies can be of great assistance. For instance, root cause analysis is a method for analysing a problem to identify the actual cause or 'root cause' of an issue rather than just addressing its symptoms. This thorough analysis aims to prevent future occurrences by addressing the source of the problem.
Fault tree analysis, another tool mentioned, is a systematic and graphical approach to investigate and document the possible causes leading to a certain undesirable event (hazard).
When collecting gathering information from customers and other stakeholders, one must scrutinize details which may point to potential hazards. Engaging with experts and utilizing literature are also ways of finding expert information. These experts may have preliminary guesses that guide a more detailed and accurate analysis, highlighting or avoiding possible errors along the way.
Statistical process control and quality control charts are often used in the manufacturing and service industries to monitor processes for any signs of variations that could lead to quality or safety issues. By carefully tracking and analyzing these signals, businesses can identify potential hazards before they become real problems.
The identification process often begins by analyzing the problem and pinpointing provided information. This can be visualized through methods such as drawing timelines or diagrams for better understanding. By identifying both knowns and unknowns and verifying the reasonableness of the conclusions, it is possible to ascertain the presence of any hazards more reliably.