Summary: The University of Nottingham is inviting applications from enthusiastic and highly motivated graduates for a fully funded PhD Studentship investigating the interfacial chemistry of high-energy lithium-ion batteries. Based in the Nottingham Applied Materials and Interfaces Group (NAMI), this doctoral project explores critical chemical mechanisms controlling the degradation, performance, and lifetime of next-generation energy storage technologies.
Designation
PhD Studentship / Doctoral Researcher
Overview & Key Details
| Project Reference | SCI3075 |
|---|---|
| Position Title | PhD Studentship: Interfacial chemistry of High-Energy Lithium-Ion Batteries |
| Host Institution | University of Nottingham |
| Research Group | Nottingham Applied Materials and Interfaces Group (NAMI) |
| Supervision | Professor Lee Johnson |
| Funding Value | Home tuition fees + Annual stipend (£21,805 for 2026/27); Fee difference scholarship for international candidates |
| Application Deadline | Monday, 28 December 2026 |
Research Area
Chemistry, Electrochemistry, Materials Science, Energy Storage, and Chemical Engineering.
Location
School of Chemistry, University of Nottingham, United Kingdom.
Eligibility / Qualification
- A first-class Master’s degree (or equivalent overseas qualification) in chemistry, materials science, chemical engineering, physics, or a closely related discipline. Candidates holding a strong upper second-class (2:1) degree will also be considered.
- Prior practical or research experience in batteries or electrochemistry is advantageous, though not essential.
- Open to both UK (Home) and International candidates.
Scholarship Description
Lithium-ion batteries utilizing nickel-rich positive electrodes offer exceptionally high energy densities, rendering them vital for electric vehicles and heavy-demand applications. However, operating at high states of charge accelerates detrimental interfacial reactions between battery materials and electrolytes.
This doctoral project will investigate the underlying fundamental chemistry at the interfaces between high-energy positive electrode materials and battery electrolytes. Key aspects of the research include:
- Examining the impact of electrode composition, state of charge, electrolyte chemistry, and environmental conditions on interfacial reactions.
- Combining advanced electrochemistry, battery testing, physical-organic chemistry, and spectroscopic characterisation to uncover degradation pathways.
- Designing targeted chemical strategies to suppress parasitic reactions and prolong battery life.
Funding Details: This position is eligible for EPSRC Doctoral Landscape Award funding through the Faculty of Science. The award covers Home tuition fees and an annual stipend of £21,805 (2026/27 rate). Selected international applicants will be considered for a University of Nottingham Fee Difference scholarship to cover the international fee gap.
How to Apply
Interested candidates should follow these steps to apply:
- For informal discussions about the project and research scope, contact Professor Lee Johnson via email at lee.johnson@nottingham.ac.uk.
- Submit a formal online application through the official University of Nottingham postgraduate admissions portal.
Last Date for Apply
The closing date for applications is Monday, 28 December 2026. Funding decisions will be communicated following faculty-level review in March 2027.
Apply Link
To submit your application, please visit the University of Nottingham Chemistry PhD Admissions Portal.
