Hays Specialist Recruitment Limited
Your new company
You'll be joining a global pharmaceutical company advancing next-generation antibody therapeutics through cutting-edge engineering and digital innovation. You'll work in a collaborative environment at the interface of wet-lab science and computational modelling.
Your new role
You'll be working in a well-established and experienced team focused around antibody development to support the generation of novel therapeutics by generating high-quality biophysical data to support antibody optimisation and the development of AI/ML-driven design tools.
This is initially a 12 month contract role that has the potential to extend.
Main responsibilities will include:
This is a fully lab-based role.
What you'll need to succeed
A strong candidate will combine biophysical expertise with a collaborative and delivery-focused mindset.Key requirements:
An interest in computational methods, AI/ML, or digital antibody design is an advantage, as is any exposure to structural visualisation tools (e.g. PyMOL). However, as this is a wet-lab role, computational experience is not essential.
Candidates must have the right to work in the UK without sponsorship until at least July 2027 (preferably beyond). No sponsorship is available for this role.
What you'll get in return
You'll get the chance to impact the company's early pipeline of molecules, as well as working on innovative projects with a highly experienced team.
There is also a good day rate on offer.
What you need to do now
If you're interested in this role, click 'apply now' to forward an up-to-date copy of your CV, or call us now.
If this job isn't quite right for you, but you are looking for a new position, please contact us for a confidential discussion about your career.
Keywords: Antibody, Characterisation, Biology, Biotech, Structure, Scientist, Research, Pharmaceutical, Protein, Drug, Discovery, Development, Stability, Affinity, Binding, Developability, Engineering, Humanisation, Assays, Biophysics, Screening, Analysis, Data, AI, Machine learning, Computational, Optimisation, Therapeutics, Modelling, Workflow