Course summary

There are many infectious diseases of humans and animals that impact not just health and welfare, but also potentially food production systems. These infectious diseases can be extremely varied and impact populations in high, middle and lower-income countries. Antimicrobial resistance (AMR) is arguably one of the world’s greatest health challenges. AMR threatens our ability to control many prevalent and emerging infectious diseases across the world. Epidemiology is a key approach to understand and tackle the spread of infectious diseases and AMR. This programme will equip students with a broad skill set in the epidemiology of infectious diseases and AMR by providing training in epidemiological investigations, quantitative methods, laboratory-based approaches and bioinformatic tools. Students will also consider the global, social and policy contexts relevant in this field. WHY THIS PROGRAMME

• Accredited by the Royal Society of Biology for the purpose of meeting, in part, the academic and experience requirement for the Membership and Chartered Biologist (CBiol).

• A unique programme combining training in the epidemiology of infectious diseases and AMR that will provide students with multi-disciplinary skills needed to address these global public and veterinary health challenges from epidemiological, biomedical, social and policy perspectives.

• Close interdisciplinary efforts of the School of Biodiversity, One Health & Veterinary Medicine are further evidenced by active research and collaborations with national and international partners in the fields of epidemiology of infectious diseases and AMR. Laboratory infrastructure is also available through the OHRBID laboratory (“One Health Research in Bacterial Infectious Diseases”), providing hands-on experience and training in the identification of genetic and genomic mechanisms underlying AMR.

• Equips students with an exceptionally broad knowledge base and a suite of skills in infectious disease epidemiology and AMR – epidemiological and ecological modelling, statistical analyses, epidemiological study design, mitigation strategies, genetic aspects of AMR, genomic data analysis, and societal and policy-relevant issues.

• Comprised of leading experts in the field of epidemiology of infectious diseases, including molecular and field epidemiologists, as well as statisticians, mathematical modellers and microbiologists, who will provide One Health perspectives relevant to high- as well as middle-and low-income countries.