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Centre for Doctoral Training
Life Science and Engineering Opportunities in Biochemical Engineering
EPSRC 4-year PhD studentships for October 2015
- Applications are invited for up to 10 studentships starting in October 2015
- Stipends £15,590 (tax free)
The Centre for Doctoral Training offers four-year PhD studentships within the EPSRC Centre for Innovative Manufacturing in Emergent Macromolecular Therapies, hosted at UCL.
Research projects will address new challenges in biophysical analysis, characterisation and understanding of the behaviour of proteins during bioprocess manufacturing and upon formulation for administration into patients. PhD projects are suitable for candidates with a good first degree in molecular biology, biochemistry, biotechnology, computer science, chemistry, biochemical engineering, and chemical engineering.
Studentships will be based across one or more collaborative partners of the Centre, which currently include UCL, Imperial College, University of Cambridge, University of Manchester, University of Strathclyde (Glasgow), Aston University, University of Birmingham. All students will receive structured training delivered by the collaborating partners.
- 0207 679 9615
Or apply directly via our online application system (PRISM) where you can upload your research interests in a personal statement, along with your CV
Full scholarships are available to home students, or EU students resident in the UK for the preceding 3 years. Partial scholarships are available to EU students not resident in the UK. International students able to provide funding are also eligible.
These projects will provide fundamentally new insights relevant to the broader Centre vision and are vital for extending the scope of our remit.
|PhD Topic||Partner University||Department||
|Optimized Manufacture for MacroMolecular Therapies (OM3)||Manchester||Computer Science||Joshua Knowles|
|Protein-protein interactions in liquid formulation||Manchester||Chemical Engineering & Analytical Sciences||
Robin Curtis and
|Novel chromatographic separations||Birmingham||Chemical Engineering||Owen Thomas|
|Formulation design and manufacture of particulate vaccine adjuvants||Aston||Pharmaceutical Science||Yvonne Perrie|
|New approaches to real-time monitoring and control of bio-manufacturing processes||Strathclyde||cPACT||David Littlejohn|
|Supply chain solutions for stem cell therapies;||Cambridge||Chemical and Biomolecular Engineering||Graham Christie|
Page last modified on 22 oct 14 09:55