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Strategies for system planning: Difference between revisions
Strategies for system planning (view source)
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An engineered outcome results from the use of a range of control strategies that are appropriate in situations of complex uncertainty. The strategies used have universal application in complex problem solving. It is not only engineers who use them: Scientists 'engineer' the development of a drug; professional engineers will engineer the design and development of an aircraft. Businesses are 'engineered' (or 're-engineered'). | An engineered outcome results from the use of a range of control strategies that are appropriate in situations of complex uncertainty. The strategies used have universal application in complex problem solving. It is not only engineers who use them: Scientists 'engineer' the development of a drug; professional engineers will engineer the design and development of an aircraft. Businesses are 'engineered' (or 're-engineered'). | ||
Those who seek to address the complex problems of the modern world - sustainability, inequality, energy, climate change, waste - must use the strategies. All who have, or aspire to have, a responsible role in society should discipline their minds to use them. | Those who seek to address the complex problems of the modern world - sustainability, inequality, energy, climate change, waste, etc. - must use the strategies. All who have, or aspire to have, a responsible role in society should discipline their minds to use them. | ||
The strategies form the basis of a 'engineered process' that is used to control the risk of unsatisfactory outcomes. | The strategies form the basis of a 'engineered process' that is used to control the risk of unsatisfactory outcomes. | ||