Systems subject to large investments and exposed to long lifecycles often face large requirements uncertainty. This thesis introduces a methodology for the systematic and comprehensive identification of Flexible Design Opportunities (FDOs), emphasized for the offshore drilling industry. The approach addresses all relevant stages from the identification of a reference design until the derivation of flexible design solutions in order to ease the upgrade effort of those systems and, hence, minimize value losses over the lifecycle.
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Systems subject to large investments and exposed to long lifecycles often face large requirements uncertainty. This thesis introduces a methodology for the systematic and comprehensive identification of Flexible Design Opportunities (FDOs), emphasized for the offshore drilling industry. The approach addresses all relevant stages from the identification of a reference design until the derivation of flexible design solutions in order to ease the upgrade effort of those systems and, hence, minimize...
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