Research Associate in Thermodynamic Modelling and Solvent Design for Pharmaceutical Applications

The Department of Chemical Engineering at Imperial College London is seeking a research associate to lead the development of advanced methodologies for large-scale parameter estimation for thermodynamic models based on the SAFT-g Mie equation of state. These models are applied to predict the behaviour of complex mixtures, particularly in pharmaceutical systems. This position is part of the Mediforge Manufacturing Hub, a collaborative research program involving Imperial College London, the University of Strathclyde, University of Leeds, University of Sheffield, and the Glasgow School of Art. The post holder will work under the supervision of Professors Claire Adjiman, Amparo Galindo, and George Jackson at Imperial.

Responsibilities include developing advanced methodologies for large-scale parameter estimation for molecular thermodynamic models, applying these models to pharmaceutical systems, collaborating with team members across the project, and disseminating research through peer-reviewed articles and presentations.

Requirements: Significant expertise in parameter estimation, molecular equations of state (preferably SAFT-type), and optimization; experience in at least one programming language; excellent written and oral communication skills; and a PhD (or equivalent) in chemical engineering or a relevant field.

What we offer: Opportunities for career growth at a world-leading institution, sector-leading salary and remuneration package including 39 days off a year and generous pension schemes, and support for personal and professional wellbeing.

This is a full-time post (35 hours per week), based in the Department of Chemical Engineering at Imperial College London (South Kensington Campus). The contract runs until 31/12/2027, with possible extension subject to funding. Informal enquiries can be directed to Prof. Claire Adjiman at c.adjiman@imperial.ac.uk, Prof. Amparo Galindo at a.galindo@imperial.ac.uk, or Prof. George Jackson at g.jackson@imperial.ac.uk.