PhD Studentships
Recruitment of 15 Faraday Institution PhD researchers for October 2022 start.
Are you considering postgraduate study? Looking for a battery related career that contributes to creating a sustainable future? Keen to join a dynamic community of pioneering battery researchers seeking to find solutions to support a fully electric future?
The Faraday Institution is funding a number of its partner universities to recruit 15 talented individuals to become part of its PhD training programme in October 2022 and join the existing 56-strong PhD researcher group.
These opportunities are open to UK students and international students (who can make up 30% of the PhD cohort, although the additional international student tuition fees are not covered). Click here for EU and International student eligibility rules.
The Faraday Institution offers an exciting PhD programme. The Faraday Institution Cluster PhD researchers receive an enhanced stipend over and above the standard EPSRC offer. The total annual stipend is approximately £20,000 (plus London weighting) plus an additional training package worth £7,000. Recipients will have access to multiple networking opportunities, industry visits, mentorship, internships, as well as quality experiences that will further develop knowledge, skills, and aspirations
PhD researchers web page. 2021-22 PhD Course Guide. PhD case study.
In order to apply for a Faraday Institution PhD position, applicants need to do both of the following:
- Complete a Faraday Institution expression of interest form.
- Follow the university application process as per advert. Links to individual job adverts will be added to this page when they become available.
The Faraday Institution is actively committed to attracting, nurturing and empowering a dynamic and diverse workforce in the fields of energy storage and battery technology.
The Faraday Institution PhD Studentships:
| Institution | Project | PhD Title | Supervisor(s) |
|---|---|---|---|
| Birmingham | CATMAT | Advanced characterisation of new oxygen-redox lithium-ion cathode materials | Phoebe Allan (Birmingham), Clare Grey (Cambridge), Maria Diaz-Lopez (Diamond Light Source) |
| Birmingham | RELIB | Recovery and recycling of PVDF binder from EV battery LIBs | Paul Anderson, Gary Leeke, Peter Slater |
| Cambridge | LISTAR | Metallic 2D transition metal dichalcogenides as catalytically active cathodes for Li-S batteries | Manish Chhowalla |
| Cambridge | NEXGENNA | Expanding the range of sodium electrolytes - bigger anions, supramolecular size control, and ionic liquids | Dominic Wright, Clare Grey |
| Cambridge | SAFEBATT | Novel solid/liquid surface electrochemistry methods for a safer lithium-ion battery: dendrite and “dead” lithium prevention | Svetlana Menkin Bachbut, Stuart Clarke, Clare Grey |
| Imperial College London | FUTURECAT | A comparative study of Ni and Mn disordered rocksalt cathode materials for Li-ion batteries | Nuria Tapia Ruiz, John Griffin |
| Oxford | NEXGENNA | Cathode development and optimisation for high-power sodium-ion batteries | Bill David |
| Oxford | SOLBAT | Microscopic insights into glassy solid electrolytes | Mauro Pasta, Volker Deringer |
| Oxford | NEXTRODE | Solvent-less processing of battery electrodes | Patrick Grant |
| Oxford | MSM | Modelling open circuit voltage hysteresis in Li-ion and Na-ion batteries for design and control | David Howey |
| Oxford | SOLBAT | Ceramic electrolyte design mitigating dendrites and voids at the Li anode | Peter Bruce |
| Sheffield | ISIS | Complementary in-operando Small Angle Neutron Scattering and Neutron Reflectometry cells to study the dynamic behaviour of the solid electrolyte interface | Alisyn Nedoma, Gabriel Pérez |
| UCL | SAFEBATT | Improving the safety of Li-ion battery packs with integrated diagnostics | Paul Shearing, Dan Brett |
| UCL | NEXTRODE | Rational optimisation of calendering processes | Paul Shearing |
| Warwick | DEGRADATION | Instrumented cells for degradation and thermal runaway studies | Louis Piper, Mel Loveridge |
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