Overview
In this role you will develop and deploy ML models to tackle challenges in disordered proteins, with a focus on NMR data, within a pioneering research organisation. You will work in a small, autonomous team and translate self-generated data into actionable insights. Collaboration with scientific teams will shape experimental approaches, and you’ll influence research directions in an open-source environment. This is a chance to contribute to cutting-edge drug discovery with meaningful impact.
Pay / Benefits
- collaborative open-source environment
- competitive salary package
- potential sponsorship
- four days on-site
- state-of-the-art facility
- government funding support
Responsibilities
- Develop and implement ML models for complex biological data, especially disordered proteins
- Collaborate with scientific teams to interpret data and refine experiments
- Tackle real biological problems with practical, applied modelling
- Drive projects independently within a small, open-source environment
- Translate scientific challenges into effective computational solutions
- Influence research directions through data-driven insights
Key requirements
- Degree or higher in Computer Science, Data Science, Bioinformatics or related field with applied ML experience
- Industrial experience developing ML solutions in biological/biochemical research
- Strong understanding of disordered proteins, protein dynamics, and NMR limitations
- Ability to work independently and influence research in small autonomous teams
- independence
- collaboration
- analytical thinking
- machine learning
- biological data analysis
- NMR data awareness
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