Value Driven Unmanned Air System Design - Softcover

The work presented concerns the development of a value driven engineering design assessment framework and its application to the conceptual design of an Unmanned Air System (UAS) to be utilized in a defense application. This research demonstrates the implementation of the value driven design philosophy in this framework, identifying value enhancing designs, with value not converted to monetary worth and as perceived by all stakeholders involved. A multi-criteria and multi-stakeholder decision making analysis is adopted to address their preferences as well as to study their interacting strategic choices. The ultimate objective of this framework is to convert engineering design to a decision making analysis with multiple conflicting objectives of multiple stakeholders considered.

Assistant Professor in Aviation Engineering of the Higher Colleges of Technology, Abu Dhabi, UAE. Did research and published articles in the Value Driven Multidisciplinary Design of Aircraft and especially Unmanned Air Systems (UAS). Retired from Greek Navy after a fruitful career in Naval Aviation. Holder of a PhD in Aeronautical Engineering.