This role contributes to the global effort in advancing Tsunami Engineering. The aim is to build insights from extensive tsunami experimental programmes already conducted in very large flumes using a globally unique pneumatic tsunami simulator.
The experiments involved the simulation of tsunamis of different form and wavelengths propagating along the flume, running up a beach and interacting with engineered coastal defence structures, natural defences, single and multiple buildings with different characteristics founded on solid and mobile sediment beds.
This rich dataset has only been partly published and presents a unique opportunity to develop new knowledge and insights on both the physics of these destructive waves and their interaction with the built and natural environment.
What you do
- Analyse data sets from the experimental programmes to develop new insights.
- Disseminate these insights through academic publications and outreach materials aimed at influencing the development of future codes of practice.
- Translate new insights into loading on structures into structural response impacts using structural analysis software and a bespoke toolkit for tsunami analysis of structures.
- Collaborate with a wider consortium of international researchers, academics, and engineers that contributed to the experimental campaigns.
What they ask
- A PhD in Civil (Hydraulic) Engineering, Mechanical Engineering, or a closely related discipline (PhD thesis must have been submitted by start of the appointment).
- Strong skills in data processing, signal analysis, and programming (e.g. Python/Matlab).
- Demonstrated experience in publishing scientific journal papers.
- Ability to work well independently as well as in a multi-disciplinary team.
- Fluent in English (oral and written).
Practical
- Full support to develop your skills and expertise, including mentoring.
- Opportunities to co-supervise students.
- Access to a comprehensive training programme.
How to apply
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