Although resilience often is defined in the context of how a “system” behaves to recover from an abnormal circumstance, resilient performance is more than that. A system is said to perform in a manner that is resilient when it can sustain required operations under both expected and unexpected conditions by adjusting its functions prior to, or following events (changes, disturbances, and opportunities). Resilience engineering (RE) looks for ways to enhance the ability of systems to succeed under varying conditions. Resilience is not a single quality as such, and a system cannot be typified as “resilient” nor is resilience a measurable quality as such – it is better to describe the system performance as being resilient in a defined context.
Gain a better understanding of resilience
Understand how to assess resilience potential
Developing a model of resilience potential inputs
About the speaker
David is recently semi-retired, previously having held a number of affiliations, including being a Bench Justice of the Peace in Tasmania, a Member, International Commission on Occupational Health (ICOH), a Fellow of the Australian Institute of Company Directors, and a Member of the American Society of Safety Engineers. David holds a Master of Safety Science, and is Chartered Fellow and Life Member of the Australian Institute of Health and Safety. He has chaired a number of organisations, and is a former President of the historical Royal Hobart Regatta Association.