Bath invites worldwide applications for a competitive PhD studentship. The project focuses on critical-material recovery across the hydrogen value chain. It belongs to the Engineering and Design funding competition. Review the research and funding conditions together before applying.
Deadline and Research Focus
Applications close on 29 November 2026. The expected start is 4 October 2027. Research scales electrochemical recovery from waste streams. Recovered materials will be regenerated into catalytic structures.
Location, University and Supervision
Study is in Bath, United Kingdom. The research involves electrochemical engineering and characterisation. Chemical Engineering hosts the project. The faculty offers Home and Overseas studentships. Dr James Matthew Courtney is the enquiry contact. Professor Frank Marken is also named.
Eligibility
Applicants need a first/2:1-equivalent honours degree. A master’s is advantageous. Chemistry, materials or chemical engineering is preferred; 3D-printing or process-design backgrounds may also fit. Non-UK applicants outside UK study must meet English requirements before the deadline.
Funding and International Conditions
Awards cover tuition and £1,000 annual training support. The stipend is £21,805 at the 2026/27 rate. Overseas awards are capped. International students pay visa and Immigration Health Surcharge costs.
How to Apply
- View scholarship details.
- Apply for Chemical Engineering PhD and select University of Bath URSA funding.
- Quote the advertised project and lead supervisor; maximum two projects.
Before You Submit
Information was checked on 23 October 2026. Confirm current terms before applying. Allow time to obtain supporting documents. Explain your fit with this specific project in your application.