This PhD project at the University of Liverpool focuses on numerical and experimental research into a flexible heat pump system, addressing critical challenges in UK domestic heating. With heat accounting for half of the UK's energy consumption and ambitious government targets to install 19 million heat pumps by 2050, innovative solutions are needed to overcome barriers such as low adoption rates and the incompatibility of current heat pumps with high-temperature heating systems prevalent in UK homes.

The project centers on a newly developed flexible heat pump technology that integrates heat storage within a conventional vapour compression cycle. This approach enables the recovery, storage, and reuse of waste heat generated during operation, significantly improving energy efficiency compared to traditional heat pumps. The research will involve both modelling and experimental work, providing the student with hands-on experience and opportunities for collaboration with industrial partners.

As part of the School of Engineering, the student will engage with advanced topics in energy technologies, fluid mechanics, mechanical engineering, and thermodynamics. The project is well-suited for candidates with a strong academic background in these areas, particularly those interested in sustainable energy solutions and practical engineering challenges.

The University funded Studentship offers full tuition fees (£5,006 per annum for 2025-26) and a maintenance grant at UKRI standard rates (£20,780 per annum for 2025-26) for three years. Additional support is available through a Research Training Support Grant, which can be used for consumables and conference attendance. The studentship is open to both home and international applicants, though international students must cover the difference in tuition fees.

Applications are accepted year-round. Prospective candidates should complete the University of Liverpool's online postgraduate research application form, ensuring the project title and reference number ENGMAE002 are included. An interview will be arranged for shortlisted applicants. For further details and to apply, visit the project page.