Integrating Strategic Flexibility in Design of Next Generation Sustainable and Resilient Aerospace Systems
Abstract
The aerospace industry faces high uncertainty, long lifecycles, and rapid technological shifts, especially due to climate change. This project explores the role of strategic flexibility in design, which aims at translating the principles of Real Options (RO) theory into engineering practice, in early-stage design, with an eye towards better sustainability and resilience. By developing a conceptual model for adaptable modular aerospace systems (aircrafts, spacecrafts), the project will help quantify improvements in long-term performance, lifecycle costs, and risk management under uncertainty. Simulations, optimisation, and modern cost-benefit analysis will guide decision-making, providing a structured approach for future aerospace systems facing significant technological, operational, and regulatory uncertainty.
How to Apply
Please contact Dr Michel-Alexandre Cardin if you are interested in applying for this project.
For more information on submitting a PhD application, please consult our application pages here. When you submit your application, please cite this project title in the 'how you are planning to fund your PhD' section.
Contact us
Dyson School of Design Engineering
Imperial College London
25 Exhibition Road
South Kensington
London
SW7 2DB
design.engineering@imperial.ac.uk
Tel: +44 (0) 20 7594 8888