PhD in Advanced Composites
- Employer
- EPSRC Centre for Doctoral Training in Composites Science, Engineering and Manufacturing (CoSEM CDT)
- Location
- Bristol (GB)
- Salary
- Funded
- Posting live until
- 4 Dec 2021
View more
- Discipline
- Materials science & nanotechnology
- Job type
- Academic: PhD/MSc
Job Details
From world-class research to real-world application
Join the centre and be part of the advanced materials revolution
Work on amazing materials, carry out cutting-edge research with world-leading academics and experience top-class training.
Composites are truly the materials of the future
Compared with conventional materials they can be stronger, lighter, cheaper; they can be used to create shape-changing structures for planes, boats and cars; they can display embedded functionality, or the ability to repair themselves. The potential applications of composites are endless.
We offer:
- Four-year PhD in Advanced Composites
- Opportunity to work with industrial partners on real applications
- State-of-the-art lab and office facilities
- Funding available – UK/EU covering PhD tuition fees and stipends
- Generous allowance for equipment, software and conference travel
- First-year taught component including a group design, build and test project
- Wide range of cutting-edge projects to choose from
- Integrated transferable and translational skills development programme
For more information visit our website – www.bristol.ac.uk/composites/cdt
Get in touch – composites-cdt@bristol.ac.uk
How to Apply – www.bristol.ac.uk/study/postgraduate/
Application Deadline – 31st January 2022
Company
Our CDT develops highly talented science and engineering graduates by giving them the technical toolsets and the multidisciplinary research and professional skills required to become the next generation of technology leaders in the science, engineering and manufacture of advanced composite materials. Imagine structures that can morph their shape or have self-repair functionality embedded within their materials. Smart biomaterials that can be designed to adapt their chemical and mechanical properties in response to changes in physiological parameters. A sustainable, waste free world. This could be your future, achieved through the application of high-performance advanced composites.
- Website
- http://www.bristol.ac.uk/composites/cdt
- Location
-
Queen's Building
University Walk
Bristol
BS8 1TR
GB
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