Research Fellow in stability analysis of ready-to-use injectable medicines

About the role

We are looking for an outstanding researcher to help pioneer novel methods for evaluation of drug molecules (biological and small molecule) to assess compatibility in line with relevant NHS guidelines. Our vision is to gain a deeper understanding of the pathways and mechanisms that impact drug stability in-use.

The ability to develop a deeper understanding of the many effects that manufacture process and storage impart on ready to use medicines is of crucial importance in the future development of improved formulations for these molecules and improving their safety towards patients.

This project will develop novel tools and methods for determining the activity of drug molecules subject to stress conditions such as altered formulation or changes to manufacture process. This may involve (for biological drugs) the use of systems containing multiple cell types whereby each process stimulated by the drug can be investigated. 

This is a highly multi-disciplinary project and will utilise techniques across a range of scientific disciplines, including analytical chemistry, therapeutic chemistry, technologies in the areas of gene editing and gene transfer, molecular biology, cell biology, transfection techniques, reporter gene assays, and protein biochemistry.

This position is offered on a full time basis, fixed term until 9^th February 2026.

About you

Our ideal candidate will have:

• A PhD or equivalent in a relevant subject
• Postdoctoral experience in a relevant research field
• Established area of expertise in research
• Experience successfully supervising other staff and students
• Excellent communication skills, both verbal and written

Further information

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.

For an informal discussion about the role, please contact Dr Andrew Watts, Senior Lecturer, at aw270@bath.ac.uk or Dr Julia Sero, Lecturer, at js3408@bath.ac.uk. 

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