About this role
About the role
We are looking for a Research Assistant to join our team working on next-generation solid-state hydrogen storage materials, contributing to an EPSRC-funded project that supports the UK’s net-zero and clean energy ambitions. The role sits at the interface of materials science, chemical engineering, and hydrogen energy.
The post involves hands-on experimental research, including the preparation, characterisation, and analysis of advanced hydrogen storage materials. You will be expected to be proficient in high-pressure gas adsorption measurements, including the use of IGA-003 and HTP-1 systems, and to work independently with specialist laboratory equipment.
You will work closely with academic staff and other researchers in a collaborative laboratory environment, supporting the delivery of key project milestones and contributing to high-quality research outputs and publications. This role offers the opportunity to develop expertise in a highly specialised and fast-growing research area, with strong links to international collaborations and impact-driven hydrogen research. As a member of Research Staff at the University of Bath, you will be encouraged to take up a minimum of 10 days’ professional development (pro rata) per year.
We are looking for a motivated researcher who is keen to contribute to cutting-edge research in solid-state hydrogen storage. You will bring strong experimental skills, the ability to work independently, and a collaborative approach.
About the candidate
A PhD (awarded or near completion) in Chemical Engineering, Materials Science, Chemistry, or a closely related discipline, or equivalent research experience. Demonstrated experience in experimental research on hydrogen-related systems, with data analysis suitable for publication. Practical experience in high-pressure gas adsorption measurements, including working knowledge of IGA-003 and/or HTP-1 (or closely related equipment). Experience operating in a glovebox environment, including safe handling of air- and moisture-sensitive materials. Experience in the synthesis and characterisation of porous materials. Strong understanding of laboratory health and safety, risk assessment, and good research practice. Ability to work independently, manage experimental work effectively, and meet project deadlines. Good written and verbal communication skills, with experience contributing to reports, presentations, or academic publications.
Further Information
This role is offered on a full time (36.5 hours per week), fixed term for six months basis
For an informal conversation about the role please contact Professor Mi Tan on [email protected]
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