Difference between revisions of "Risk assessment matrix"
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*Prioritize deployment of personnel and resources in order to maintain continuous operation of critical functions and processes. |
*Prioritize deployment of personnel and resources in order to maintain continuous operation of critical functions and processes. |
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| − | [[File:Riskcategories.png]]Figure 1:Examples of types of risk Categories for an Engineering Project[http://apps.americanbar.org/litigation/committees/construction/email/spring2012/spring2012-0402-emerging-risks-design-construction-green-buildings.html (1)]. '' |
+ | [[File:Riskcategories.png|center|]] Figure 1:Examples of types of risk Categories for an Engineering Project[http://apps.americanbar.org/litigation/committees/construction/email/spring2012/spring2012-0402-emerging-risks-design-construction-green-buildings.html (1)]. '' |
Revision as of 16:15, 4 February 2015
Risk Assessment Introduction
Risk assessment is the process of risk analysis and risk evaluation. The concept of risk is defined as the probability and severity that a hazard will occur, where a hazard is defined as a condition with the potential for causing an undesirable consequence. A risk analysis is performed as a quantitative evaluation of the risk of an activity.
Risk assessment is performed in safety engineering, reliability engineering, and environmental engineering. It is a key part of any engineering project, both large and small scale. Common risk assessment is performed using a risk matrix, a tool used to determine the severity and probability of an accident independently from one another. Criteria for information to be analyzed using a Risk Matrix model (State, 2004):
- Identify their most important (critical) processes and functions
- Identify threats most likely to impact those processes and functions
- Determine the vulnerability of critical functions and processes to those threats
- Prioritize deployment of personnel and resources in order to maintain continuous operation of critical functions and processes.
