Joint Industrial and EPSRC-funded PhD studentship in the Synthesis and Processing of Novel Biomaterials, in partnership with Haleon

This PhD studentship opportunity at the University of Nottingham presents a compelling pathway for aspiring researchers at the intersection of advanced polymer science and consumer health innovation. Hosted jointly by the Department of Chemical and Environmental Engineering and the School of Pharmacy, this project offers a unique chance to contribute to the development of next-generation health and consumer care products.

What Makes This Opportunity Stand Out:

• Impactful Research Focus: The core of this project lies in the synthesis of novel polymers designed to resist biofilm formation without relying on antimicrobial agents. This innovative approach directly addresses the global challenge of Antimicrobial Resistance (AMR), positioning your work at the forefront of responsible product development.
• Cutting-Edge Technology: You will have the opportunity to build upon and extend existing patented polymer technologies from the University of Nottingham, pushing the boundaries of non-leaching anti-attachment performance.
• Scalability and Real-World Application: A significant emphasis is placed on developing processes to synthesize these advanced polymers at hundreds of grams scale. This practical focus ensures that your research has a direct route to translation into tangible health and consumer care products, such as oral and skin health formulations.
• Strong Industrial Collaboration: The project boasts a vital partnership with Haleon, a world-leading consumer health product manufacturer. This collaboration offers invaluable exposure to industrial R&D, product development cycles, and the opportunity to see your research translated into market-ready innovations.
• Enriched Research Experience: Beyond synthesis and formulation, you will gain extensive experience in industrial collaboration and the development of demonstrator products. The possibility of research placements of up to a month within Haleon’s laboratories provides a unique hands-on industrial immersion.
• Comprehensive Funding: The studentship is fully funded for 48 months, including an enhanced annual stipend of £22,237 and UK tuition fees. This robust financial support allows you to dedicate your full attention to your research.
• Expert Supervisory Team: You will be guided by a distinguished supervisory team comprising Prof. Derek Irvine, Dr. Adam Dundas, and Prof. Morgan Alexander, ensuring high-quality mentorship and academic support.

Key Considerations for Your Career Path:

• Interdisciplinary Skill Development: This project is ideal for candidates who thrive in interdisciplinary environments. You will gain expertise in polymer synthesis, materials science, formulation science, and the practicalities of industrial product development.
• Contribution to Sustainable Health: If you are passionate about developing solutions that enhance everyday health while minimizing environmental and public health risks (like AMR), this project offers a direct avenue for impactful contributions.
• Bridging Academia and Industry: This studentship is a prime opportunity to build a strong foundation for a career that bridges academic research and industrial innovation. The direct industry involvement prepares you for roles in R&D, product development, and technical leadership within the consumer health sector and beyond.
• Global Relevance: The focus on AMR and sustainable material development positions this research at a globally relevant and highly sought-after area of scientific inquiry.

Ideal Candidate Profile:

Prospective candidates should possess or be on track to achieve at least a 2:1 Honours degree (or equivalent) in Chemistry, Chemical Engineering, or a closely related discipline. A strong academic background, particularly an MChem/MSci, a BSc with an MSc, or a BSc with significant research experience, will be highly advantageous. Prior experience in organic/polymer synthesis and/or material analysis would also be beneficial.

The application deadline is October 18th, 2025, with positions expected to be filled shortly thereafter. Early applications are strongly encouraged.