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ENG03954
Faculty of Engineering
Department of Computing
£55,144 - £65,073 per annum
White City Campus - On site only
Full time - Fixed term
This post is funded by a new exciting partnership, led by Imperial College London and Imperial College Healthcare NHS Trust. This partnership, the Fleming Initiative, aims to tackling antimicrobial resistance (AMR) through a people-centred and convergence science approach.
The Fleming Initiative offers an innovative approach to the challenge of AMR – combining research, behaviour change, public engagement, and policy to provide real-world solutions that work to protect the health security of local populations around the world. At the core of our initiative, is the transformative approach of co-locating diverse expertise and putting society at the heart of solving this crisis, in the Fleming Centre London, which is being developed at the historic St Mary’s Hospital Campus and due to open in 2028.
The Initiative is run under the Directorship of Professor Alison Holmes, an internationally recognised expert in Infectious Diseases and Antimicrobial Resistance and has several strands of programmatic research, funded by a range of partners.
This project falls within the Science and Innovation pillar of the Fleming Initiative’s programme of research.
You will lead the development of advanced generative AI models for the design of novel structural variants of bioactive molecules. These models will be developed to predict key molecular properties associated with bacterial uptake, integrating both static molecular descriptors and dynamic experimental data to improve the estimation of small-molecule accumulation in bacteria. A central challenge will be ensuring that optimisation of target properties—such as bacterial accumulation—preserves essential biological activity and pharmacophore requirements. To address this, the research will focus on developing hybrid AI approaches that incorporate domain knowledge, molecular constraints, and mechanistic insights directly into the generative learning process, improving both the robustness and interpretability of the resulting models.
The project will involve the integration of chemoinformatic features and learned molecular representations developed in collaboration with other PDRA’s across the programme. Working with rich, real-world experimental datasets generated within the consortium, you will contribute to the development of a predictive framework—a “chemical rulebook”—for understanding and predicting small-molecule accumulation in bacteria. This research sits at the intersection of AI innovation, chemistry, and experimental microbiology, with direct implications for antibiotic discovery and antimicrobial drug development.
The successful candidate will be self-motivated and capable of leading a complex, collaborative research programme as part of a broader interdisciplinary team. You will contribute to a dynamic and ambitious Grand Challenge Project funded by GSK and the Fleming Initiative, working closely with multidisciplinary researchers including experts in microbiology (Dr Andrew Edwards), data science (Dr Marko Storch), and AI/ML for Science (Prof. Ramon Villar and Prof. Mauricio Barahona), as well as industrial collaborators at GSK.
Please see job description for a full list of requirements.
In addition to completing the online application candidates should attach:
For informal enquiries about the position please email Professor Alessandra Russo a.russo@imperial.ac.uk
For queries regarding the application process contact Jamie Perrins: j.perrins@imperial.ac.uk
We reserve the right to close the advert prior to the closing date stated, should we receive a high volume of applications. It is therefore advisable that you submit your application as early as possible to avoid disappointment.
If you encounter any technical issues while applying online, please don't hesitate to email us at support.jobs@imperial.ac.uk. We're here to help.
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