Discovering Design Rules in Product Formulation using Automated Rheo-Dialysis and Scattering University of Liverpool in United Kingdom

This PhD project at the University of Liverpool's School of Engineering offers an exciting opportunity to advance the science of product formulation through innovative, data-driven approaches. The research focuses on polymer-surfactant systems, aiming to discover new design rules by leveraging automated rheo-dialysis and advanced scattering techniques. You will develop and implement open-loop automated screening methods to systematically investigate the structure, composition, and flow properties of complex formulations.

Key research areas include industrial chemistry, physical chemistry, polymer chemistry, chemical engineering, fluid mechanics, and materials science. The project is supervised by Dr A Aufderhorst-Roberts and Dr WS Sharratt, both experts in the field. You will join a vibrant research environment within the School of Engineering, collaborating with interdisciplinary teams and gaining hands-on experience with state-of-the-art instrumentation and data analysis tools.

Applicants should have a strong academic background in chemical engineering, chemistry, materials science, or a related discipline. Experience with polymers, surfactants, or rheology is highly desirable, and candidates should demonstrate strong analytical and experimental skills. English language proficiency is required according to University of Liverpool standards.

While funding details are not specified, this position provides an excellent platform for developing expertise in formulation science, automated screening, and advanced characterization methods. The application deadline is 31 August 2026. Interested candidates should apply online via the FindAPhD project link, preparing a CV, academic transcripts, and a cover letter outlining their suitability. For further information, prospective applicants are encouraged to contact the supervisors.

This project is ideal for students seeking to contribute to cutting-edge research in polymer science and product formulation, with potential impact across industrial and academic sectors.