Bruce Jefferson

Cranfield University is offering a fully funded PhD position focused on unveiling and enhancing nature-based solutions for mitigating emerging micropollutants. The successful candidate will collaborate with several industry partners and the Environment Agency, working on innovative approaches to micropollutant management. The project is situated within a leading research group at Cranfield Water, with supervision from Professor Bruce Jefferson and Senior Lecturer Tao Lyu. This opportunity is open to UK home students, and the funding covers tuition and provides a stipend. The application deadline is July 23, 2024, and interviews will be conducted as applications are received. Interested candidates should apply via the provided link and ensure they meet the eligibility criteria. The position offers a unique chance to contribute to cutting-edge environmental research with real-world impact.

A fully funded PhD position is available at Cranfield University in the group led by Tao Lyu and Bruce Jefferson. The research focuses on promoting nature-based solutions for the management of emerging micropollutants, in collaboration with several industry partners and the Environment Agency. The project is ideal for candidates interested in environmental science, water research, and industry-academic partnerships. The position is open to UK home students, and funding covers tuition and living expenses. Applications are reviewed on a rolling basis, with interviews scheduled as applications are received. The application deadline is July 23, 2024. Interested candidates should apply via the provided link. The opportunity offers a chance to work at a leading UK university and contribute to innovative solutions for environmental challenges.

A fully funded PhD position is available at Cranfield University, supervised by Tao Lyu (Senior Lecturer in Green Technologies) and Bruce Jefferson (Professor). The research focuses on unveiling and enhancing nature-based solutions for mitigating emerging micropollutants, with collaboration from industry partners and the Environment Agency. The project aims to promote innovative environmental management strategies, particularly in water treatment and pollution control. This opportunity is open to UK home students, and candidates will benefit from working in a dynamic research group with strong industry links. Applications are reviewed on a rolling basis, and interviews will be conducted as applications are received. The deadline for applications is July 23, 2024. Funding is fully provided, covering tuition and living expenses for eligible UK students. Interested applicants should submit their application via the provided link and ensure they meet the eligibility criteria.

This fully funded PhD at Cranfield University, sponsored by UKWIR and EPSRC, focuses on the application of innovative technologies in drinking water treatment. The project aims to build an experimental evidence base to guide the selection of water treatment solutions that minimize cost and whole-life carbon, addressing emerging water quality challenges such as PFAS, microplastics, and viruses. As a doctoral researcher, you will conduct laboratory and pilot-scale experiments using both conventional and emerging water treatment processes. The research will explore how these technologies perform against multiple water treatment challenges, including substances they were not originally designed to remove. Key questions include the impact of the water matrix on removal pathways, adaptation of technologies for maximum contaminant removal, and identifying optimal solutions for combinations of emerging substances in terms of economics and environmental impact. The project is part of the EPSRC Centre for Doctoral Training in Water Infrastructure and Resilience (WIRe), offering bespoke technical and personal skills training, access to world-leading experimental facilities, and opportunities for international placements. The industrial partner, UKWIR, provides direct industry insight and ensures the research meets current and future needs of the UK water sector. Applicants should hold a first or upper second-class UK honours degree (or equivalent) in Chemistry, Environmental Engineering, Environmental Science, Water Engineering, Civil or Chemical Engineering, or related fields. Strong communication skills, self-motivation, and a keen interest in applied scientific research are essential. The studentship includes a tax-free stipend of £26,546 per annum and covers registration fees for four years. Additional training and placement costs are covered, subject to supervisor approval. The opportunity is open to both Home and Overseas fee status students, though places for Overseas students are limited. To apply, complete the online application form as soon as possible, as applications are reviewed on a rolling basis. For further information, contact Prof Peter Jarvis at [email protected]. This PhD offers a pathway to a successful career in the water sector or academia, with development in research, communication, project management, and leadership skills, and access to an international network of colleagues.