By Professor David D Woods, David D, Professor Woods, Nancy, Professor Leveson, Erik, Professor Hollnagel
For Resilience Engineering, 'failure' is the results of the variations essential to deal with the complexity of the genuine global, instead of a breakdown or malfunction. The functionality of people and companies needs to continuously comply with present stipulations and, simply because assets and time are finite, such changes are continuously approximate. This definitive new ebook explores this groundbreaking new improvement in protection and possibility administration, the place 'success' is predicated at the skill of corporations, teams and participants to expect the altering form of danger earlier than disasters and damage ensue. that includes contributions from a few of the worlds top figures within the fields of human elements and protection, "Resilience Engineering" presents provocative insights into method protection as an combination of its numerous parts, subsystems, software program, firms, human behaviours, and how during which they have interaction. The publication offers an advent to Resilience Engineering of platforms, protecting either the theoretical and sensible features. it's written for these chargeable for procedure security on managerial or operational degrees alike, together with safeguard managers and engineers (line and maintenance), defense specialists, chance and safeguard specialists, human elements pros and twist of fate investigators.
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Extra resources for Resilience Engineering - Concepts and Precepts
One could say that properties emerge from the interaction of lower level components. As Holland (1998) puts it, ‘emergence in rule-governed systems comes close to being the obverse of reduction’. So there is a strong relationship between emergence and complexity, as well as between complexity and explanation. ‘Emergence’ is what happens when we try to understand the properties of a system that exceeds the level of size and complexity that our intellect can grasp at once, so we decompose the system into interacting Complexity, Emergence, Resilience … 45 component parts.
The incompleteness of a system is partly attributable to this everchanging nature. , economic pressure). But changes also take place because of internal drivers. For instance, humans are always motivated to make changes that they think will improve system administration; humans often find unintended ways of utilizing the artifact; leaders are encouraged to introduce new visions in order to stimulate and lead people; … Like these, the system is always subject to changes, hence metamorphosing itself like a living matter.
While they did not really succeed, they did discover a lot of less ambitious properties of matter, and above all, they realised that mixtures could have properties that components had not. In other words, they discovered the power of interaction. And progressively, alchemists became chemists. Since then, science has been reductionistic. Scientists have been decomposing phenomena, systems and matter into interacting parts, explaining properties at one level from laws describing the interaction of component properties at a lower level of organization.
Resilience Engineering - Concepts and Precepts by Professor David D Woods, David D, Professor Woods, Nancy, Professor Leveson, Erik, Professor Hollnagel