Research Associate (Planet Mercury)

🔒 Confidential Employer
Posted 23 April 2026
LOCATION
Leicester
TYPE
Full-time
LEVEL
Mid-Senior level
SALARY
£46,049 / year
CATEGORY
Science & Research
This employer holds a UK Home Office sponsor license — sponsorship for this specific role is at the employer’s discretion

SKILLS

Magnetosphere Physics Space Plasma Physics Magnetosphere-Surface Coupling Spacecraft Data Analysis Remote Sensing Techniques Python

FULL DESCRIPTION

Research Associate (Planet Mercury)

[Employer hidden — view at passion-project.co.uk], Leicester

Full-time, fixed term contract for 36 months

Grade 7 - £39,906 to £46,049 per annum, pro-rata if part-time

Advert closes midnight on: 31 May 2026

About the role

This STFC-funded Research and Innovation Associate (RIA) position represents an exciting opportunity to join the ESA/JAXA BepiColombo instrument team at the [Employer hidden].  We will soon be receiving the first data back from Mercury via the UK’s only PI instrument: the Mercury Imaging X-ray Spectrometer (MIXS) (Emma Bunce PI). This post is one of three positions now available via STFC Large Grant funding to the “Planet Mercury: Origins, Evolution, and Interactions” consortium between the [Employer hidden], Open University and Imperial College.

The successful candidate will work with Emma Bunce and will be located at Space Park Leicester. This represents a fantastic opportunity to develop your career analysing data from a live space mission, working with the research team both within the individual Institutions, the Planet Mercury consortium, and with the wider international MIXS team.

About you

You will hold a PhD in planetary magnetosphere physics or space plasma physics, with particular expertise in magnetosphere-surface coupling, spacecraft data analysis, and/or remote sensing techniques. A strong publication record, evidence of independent research capability, and experience working within collaborative research environments are essential. Proficiency in Python and a solid grasp of magnetosphere processes, especially those relevant to Mercury, will be key to your success in this role.

Additional information

For informal enquiries, please contact Professor Emma Bunce on [contact hidden]

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