This PhD project at Cardiff University offers an exciting opportunity to contribute to the future of sustainable chemical synthesis through the development of innovative continuous-flow electrochemical methods for reductive synthesis. The research is situated at the cutting edge of modern electrochemistry, aiming to provide greener and more efficient alternatives to traditional chemical approaches. The successful candidate will harness state-of-the-art flow technology and automated systems to screen reaction conditions and analyze products in real time, significantly reducing manual labor and accelerating the pace of discovery.

Preliminary studies have demonstrated that simple and inexpensive hydrogen sources, such as methanol, can effectively drive these transformations. The project also involves tuning electrode materials to control and enhance reaction selectivity, including stereochemical outcomes, offering a rich environment for creativity and methodological innovation. The student will receive comprehensive training in advanced flow electrochemistry, automation, reductive transformations, mechanism-driven design, in-line analytical techniques, and data-driven optimization. This training will prepare the candidate to become an independent scientist in a rapidly expanding area of chemistry that blends sustainability, innovation, and discovery.

The project is supervised by Professor Thomas Wirth, a leading expert in the field, and is based in the Cardiff School of Chemistry. Applicants should hold or expect to obtain a first class or good 2.1 undergraduate degree and/or an appropriate Master’s qualification in chemistry or a related discipline.

The program welcomes applications from both full and part-time candidates, including those with non-traditional academic backgrounds. International students are encouraged to apply, though funding for them is highly competitive and limited to up to 30% of the cohort. English language proficiency is required for non-native speakers, with details available on the Cardiff University website.

The position is funded for 3.5 years by the EPSRC, covering tuition fees, an annual tax-free living stipend in line with UKRI minimum rates (currently £20,780), and a Research Training Support Grant of £4000. However, successful international applicants will need to cover visa, healthcare surcharge, and relocation costs themselves. The application process involves submitting an online application, a CV, and a personal statement addressing research interests, preparation, and understanding of the project. Shortlisted candidates will be invited for an interview, including a brief presentation on a previous research project.

Cardiff University is committed to equality, diversity, and supporting students from a range of backgrounds, offering reasonable project adaptations and flexible study options where needed.