PhD Project Opportunities
Innovative, Novel and Relevant Research
The University of Exeter's Centre for Metamaterial Research and Innovation is one of the largest hubs of metamaterial research in the UK. We lead the UK's Metamaterials Network (funded by EPSRC and Dstl) and have multiple large funded research programmes (e.g. A-Meta and TEAM-A). Our centre is uniquely positioned to solve multi-faceted research questions, address national and global priorities (e.g. healthy living; efficient computing; communication and security) and industry challenges. Our academic expertise spans electromagnetism (from visible and infra-red through to THz and microwave), acoustics and fluidics. The materials we work with have wide application, e.g. imaging; sensing and spectroscopy; acoustic and RF signature reduction; energy storage and harvesting.
Centre for Doctoral Training: being part of a Cohort
You will join our Centre for Doctoral Training (CDT) and benefit from an interdiciplinary, creative and supportive environment. You can be confident that your research is both at the cutting edge of the discipline, and also relevant to the world today. Since its inception in 2014, the CDT has been home to more than 100 PhD students. You will work within collaborative cohorts, learning together in targeted courses, self-driven activity groups, while gaining exposure to industry and scientific background knowledge beyond your areas of study. You will be offered opportunities and training budgets that enable you to build your CVs, equipping you with transferable professional skills such as creative thinking, project management, and leadership, while undertaking state-of-the art research embedded in strong academic groups. Our graduates have gone on to take up leadership roles in a wide range of sectors: read about our alumni destinations here.
Projects and Funding
At Exeter, the PhD is normally 3.5 or 4 years of full-time study. Our “funded” positions (typically funded by EPSRC, Government or industry) include a living stipend (at least at standard UKRI/EPSRC rates, currently £17668 per year), direct payment of your tuition fees, and a budget to support costs associated with your specific project and your training (technical and professional development).
International students are encouraged to apply, but may not be eligible for all potential sources of funding. Note, Exeter offers up to 50 PhD scholarships each year in collaboration with the China Scholarship Council; for details please see here
We normally have a few PhD specific studentship projects that have already been allocated funding: these are listed at the bottom of this page.
Our academics have also suggested a number of exciting projects that we hope to run next year. You are encouraged to look through this list, and if you have a strong interest in a particular project or projects, then please make an application - we will endeavour to source funding for excellent candidates. Funding for studentships can become available at any point during the year, therefore please apply early and we will contact you with opportunities as they arise.
Note that that the EPSRC DTP scheme provides funding across physical sciences and engineering at the University of Exeter, and some PhD projects within our centre are funded in this way. You will need to make an seperate application to this scheme, but you are encouraged to use the project list to indentify your preferred area of study and potential supervisors. Please let us know if you apply via this route.
If you have external (international or employer) funding or intend to self-fund your PhD, then you are welcome to make an application and identify one of more projects. Please make your funding source clear in your application. The University of Exeter has provided this webpage summarising the different ways of funding a PhD.
FUNDED PHD STUDENTSHIP PROJECTS
The projects below have been allocated funding, and are advertised individually as well as available to those that apply via the link above. Please click the project titles for more information.
Project links are being updated- please contact email@example.com for details
|Designing materials for controlling fields on the mm scale (4467)(*)||DSTL||£17,668 for 4 years full-time, or pro rata for part-time study|
|Leverhulme Trust||£18,668 for 3 years, or pro rata for part-time study|
(*) Projects marked with an asterisk are limited to UK and Irish applicants only.