Claire Hayward’s research is rooted in tackling AMR risks and improving public health outcomes. With a PhD focused on biofilms and the role of plumbing systems in healthcare-associated infections, she has conducted large-scale surveillance of pathogens in drinking water systems, explored the impact of plumbing materials on contamination, and studied bioaerosol generation from handwashing basins. Her background as a qualified Environmental Health Officer ensures her research has real-world applications, bridging science and industry to deliver practical solutions.

Currently, Claire is working with the SAAFE to develop a Bayesian Network model that supports the management of AMR risks. This innovative tool identifies critical control points in water systems and food production, providing health officials and policymakers with actionable insights. Her research is particularly focused on high-risk environments like areas with agricultural runoff or inadequate waste management, with the ultimate goal of delivering strategies to mitigate AMR's spread across sectors.

Claire was drawn to SAAFE by its commitment to tackling real-world challenges through interdisciplinary collaboration. The project allows her to expand her skills in risk management and modelling while leveraging her microbiological expertise. She enjoys the variety in her workdays—whether processing environmental samples in the lab, analysing data at her desk, or sharing findings through presentations—all fuelled by her love of coffee!

Outside of research, Claire is an avid netball player, competing both socially and competitively. Her dream dinner party would include an eclectic mix of inspiring figures like Dr. Russ Higuchi for inventing qPCR, Julia Gillard, Freddie Mercury, and Graham Norton, along with her family to share in the fun. Guided by the motto, “I find that the harder I work, the more luck I seem to have,” Claire is passionate about combining hard work, creativity, and collaboration to drive meaningful progress in AMR research.