Fred is Professor of Environmental Chemistry and Microbiology at Cranfield University. He has over 24 years’ experience in the fields of bioaerosols, environmental microbiology, environmental sensing and monitoring, and environmental and human health risk assessment. He leads a multidisciplinary team focused on the rapid monitoring of bioaerosols in urban, agricultural, and industrial environments. His research examines the movement and behaviour of microorganisms at the indoor-outdoor interface, with particular emphasis on antimicrobial resistance. Fred is also Director of the BBSRC-funded Environment Biotechnology Innovation Centre.

What inspired you to co-develop the concept behind the Hub?

The concept behind the Hub was strongly shaped by the growing challenges of airborne antimicrobial resistance and the impacts of biological particulate matter on human health and the environment. This pressing issue motivated me to help bring together experts from across microbiology, environmental science, epidemiology, and toxicology to tackle it through a transdisciplinary approach. For me, the Hub represents an opportunity to pioneer new detection and management strategies, while empowering early career researchers and fostering collaboration. It’s about finding real technological solutions to protect public health against complex, evolving challenges.

Which collaborative opportunities are exciting you the most?

I’m particularly excited about collaborating with the other lead universities, which collectively bring unique strengths across microbiology, environmental science, and public health research. These partnerships allow us to leverage expertise in bioaerosol science, environmental monitoring, and health risk assessment to develop innovative solutions for addressing airborne antimicrobial resistance. They also facilitate knowledge sharing and resource exchange, driving new understanding of bioaerosol dynamics across diverse environments.

What motivated you to explore bioaerosol detection as part of your research?  

It’s the critical need to understand and mitigate the risks associated with airborne antimicrobial resistance and other pathogens. The potential for bioaerosols to spread disease, particularly in urban, agricultural, and industrial settings, highlights the importance of developing effective detection methods. By advancing our ability to monitor and characterise bioaerosols, I aim to inform strategies that protect public health and the environment. This is crucial for developing targeted interventions to reduce exposure and transmission, ultimately contributing to safer and healthier communities.

What are you most proud of in your research career?

I am most proud of leading the development of innovative decision-support tools for managing contaminated environments, which have significantly influenced policy development, waste disposal strategies, and resource recovery. Mentoring and supporting early career researchers from academic training to PhD completion has been equally rewarding. It’s been gratifying to see their growth and contributions to knowledge through publications in leading journals and successful careers in academia and industry. Additionally, leading large networks and research consortia focused on environmental biotechnology and engineering and resource recovery has enabled me to shape cutting-edge approaches in environmental management and remediation. These experiences highlight the strength of my collaborative research approach and the nurturing of talents within my team.