Research Associate in Spectroscopy and Molecular Modelling for Zeolite Catalysed Alcohol-to-Jet-Fuel Catalysis – SS13564
University of Bath
Bath, United Kingdom
The University of Bath is recruiting a Research Associate to contribute to cutting-edge research in spectroscopy and molecular modelling focused on zeolite-catalysed alcohol-to-jet-fuel conversion processes. This position sits within a collaborative research environment dedicated to advancing sustainable aviation fuel technologies and understanding catalytic processes at the molecular level.
The role involves working at the intersection of heterogeneous catalysis, in situ spectroscopy, and computational modelling to investigate molecular behaviour within zeolite catalysts. The research forms part of a wider effort to support the development of low-carbon and net-zero energy solutions, particularly in the context of sustainable aviation fuel production.
The successful candidate will be expected to engage in experimental and computational research activities, including spectroscopic analysis, molecular modelling, and interpretation of catalytic mechanisms. The role also provides opportunities to collaborate with national and international partners, including those within large-scale research consortia focused on catalysis and sustainable chemistry.
Work will be conducted in a highly interdisciplinary environment, with access to advanced research facilities and engagement with academic and industry stakeholders working on next-generation catalytic systems.
[Eligibility Criteria]
Applicants are expected to hold a strong background in chemistry, chemical engineering, or a closely related discipline. Experience in heterogeneous catalysis, spectroscopy, or computational chemistry is typically required or highly desirable. Candidates should demonstrate the ability to work effectively in collaborative, multidisciplinary research environments and contribute to ongoing scientific investigations at a high level.
[Required expertise/skills]
Candidates should have experience in vibrational spectroscopy and/or related analytical techniques used to study adsorption processes in porous materials such as zeolites. Familiarity with quantum mechanical calculations or molecular modelling approaches is strongly advantageous. Strong analytical ability, experimental competence, and effective communication skills are essential. Experience working in collaborative research settings and contributing to scientific publications is also expected.
Salary details
Salary range: £38,784 – £46,049 per annum (Grade 7)
Application Deadline
Closing date: 08 June 2026