A recent graduate of Hartpury University is making a significant impact in the fight against antimicrobial resistance (AMR), having project-led the development of an innovative new equine health dashboard.
Charlotte Barber, who graduated with a first-class BSc (Hons) Equestrian Sports Science in 2024, is now working at Equine Infectious Disease Surveillance (EIDS), where she has played a leading role in delivering the REIN IN AMR public dashboard.
The newly launched platform provides an interactive, accessible way to explore antimicrobial resistance trends within the UK equine population. Developed as part of the REIN IN AMR project, the dashboard supports veterinary professionals, researchers and the wider industry in making more informed decisions around antimicrobial use.
Charlotte acted as Project Lead for the dashboard’s delivery, overseeing its development and helping translate complex epidemiological data into a practical, user-friendly tool.
Her work comes at a critical time, as antimicrobial resistance continues to pose a growing threat to both animal and human health globally.
Since graduating from Hartpury University, Charlotte has continued to build an impressive academic and professional profile. She recently completed an MSc in Veterinary Epidemiology through the Royal College of Veterinary Surgeons (2024/25), alongside her role at EIDS.
Earlier this year, she also achieved another milestone by publishing her first peer-reviewed academic article, contributing to ongoing research in equine health and disease surveillance.
In addition to her professional achievements, Charlotte returned to Hartpury University in 2026 to support current students, sharing her experiences and career journey at a university careers event.
Emma Davies, Programme Manager for Equestrian Sports Science and Senior Lecturer (Research) in Equestrian Performance at Hartpury University, said: “Charlotte was an outstanding student during her time at Hartpury, consistently demonstrating a strong ability to apply scientific knowledge to real-world challenges.
“To see her now leading on a project of this scale, tackling antimicrobial resistance through innovative data solutions, is fantastic. Her journey is a brilliant example of how our graduates can progress into influential roles that make a genuine difference to animal health and welfare.”
Charlotte’s progression highlights the diverse career pathways available to equine science graduates and the real-world impact they can have within the veterinary and research sectors.
Her work demonstrates how skills developed through equine-focused degrees, such as data analysis, scientific research and applied animal health knowledge, can translate into roles addressing major global challenges.
The REIN IN AMR dashboard represents a significant step forward in improving transparency, awareness and data-driven decision-making in equine antimicrobial use.
By making complex surveillance data accessible to a wider audience, the platform supports the equine industry in working collaboratively towards more responsible antimicrobial practices and improved animal welfare outcomes.
