Research Associate in 3D printing, metallurgy and metamaterials (PDF). Further details can be found at: https://www.imperial.ac.uk/jobs/description/ENG00804/research-associate-architected-materials-containing-hierarchical-crystals-across-multiple/.
The Department of Materials also advertises vacancies when available.
The academic team in the Engineering alloys theme are excited to collaborate with enthuasiastic and interested students. We work across a range of areas in the theme and individual academics are keen to hear from students. When contacting a potential supervisor, please identify your areas of interest and overlap. Funding for PhD students depends on your residency, support from industry of the individual academic, and the ability for the candidate to seek funding from external sources. Imperial College London operates a number of competitive scholarship schemes and bursaries.
The academic staff list for the theme, and their interests, can be found within the theme's "About Us" page.
There are specific projects where funding is identified:
PhD Studentship in Design of multi-functional metamaterials enabled by 3D Printing with Dr Minh-Son Pham. Further details can be found here: PhD in meta-materials, metals science and 3D printing (pdf).
PhD Studentship: Oxidation of nickel superalloys for aero-engine applications with Dr Stella Pedrazzini and Dr Baptiste Gault. More details will be uploaded shortly - please contact Dr Pedrazzini if interested.
PhD Studentship in hot corrosion of nickel superalloys for aero-engine applications with Dr Stella Pedrazzini and Prof Mary Ryan. More details will be uploaded shortly - please contact Dr Pedrazzini if interested.
PhD Studentship: Better titanium in jet engines that don’t break: advanced characterisation of deformation (sponsored by Rolls-Royce) with Prof David Dye. Further details can be found here: Better titanium in jet engines...
Prior projects, indicative of activity in the theme:
- Understanding machining & damage in Ni alloys for Home/EU funded PhD students with Dr Ben Britton.
- Hydrides in Zr, a Nuclear Energy CDT (1+3, MRes + PhD) studentship for Home funded students with Dr Ben Britton.
- PhD studentship in 3D Printing, Microstructure and In-situ Mechanical Testing with Dr Minh-Son Pham, (Download the PDF for further details).
Rolls-Royce/EPSRC-funded PhD research studentship available for suitable UK/EU students in Understanding Fatigue Crack Nucleation from Inclusions in a Powder Nickel Alloy using Micromechanics with Prof Fionn Dunne
- If you are interested in joining the HexMat Programme, please contact Dr Saira Naeem.