Development of a lab-based laundering model for the investigation of biofilm formation, antimicrobial/disinfectant resistance, and biofilm-removal interventions
Are you driven to solve pressing industrial challenges with real-world impact? We are offering an exciting fully funded PhD opportunity to develop innovative lab-based models to investigate and combat biofilm formation and antimicrobial resistance (AMR) in industrial laundry systems.
This project is part of a larger collaborative effort alongside a parallel PhD project, addressing the urgent need to understand and mitigate biofilms and AMR in laundry environments. Your research will focus on developing a reproducible lab-based biofilm model to test new technologies, chemicals, and engineering interventions, helping to future-proof laundry hygiene and environmental safety.
The project is a collaboration between 海角社区 and the Textile Services Association, with direct support from industry leaders across the UK and internationally.
Key research aims include: isolation and characterisation of bacterial strains from industrial laundry systems; assessment of biofilm formation, screening for antibiotic and disinfectant resistance, and development of a dynamic, scalable laboratory biofilm model that mimics industrial laundry system conditions.
The PhD includes unique placement and training opportunities where the successful candidate will gain valuable industry exposure. The candidate will also be a member of the National Biofilms Innovation Centre CTP PhD programme which provides access to specialist laboratory and analytical training, as well as opportunities to develop entrepreneurial and public engagement skills.
You will be supported by an internationally recognised, multidisciplinary supervisory team with expertise in infection control, wastewater treatment, biofilm microbiology, and industrial chemistry.
We are seeking an enthusiastic, highly motivated candidate with a background in microbiology, environmental science, chemistry, or a related discipline. Strong communication and analytical skills, and a desire to work across academic and industrial environments are essential.
This fully funded PhD studentship covers tuition fees and a stipend at the standard UKRI rate, with an anticipated start date of October 2025.
For enquiries, please contact Dr Ray Allan (raymond.allan@dmu.ac.uk) or Prof Katie Laird (katie.laird@dmu.ac.uk).
Join us and help shape the future of infection control and environmental sustainability in industrial laundry systems – locally, nationally, and internationally.
Estimated thesis submission: To be confirmed