Learn more about a summer school in epidemiology, genetics and modelling for infectious disease control offered to PhD students, early career scientists and industry professionals. Addressing today’s global challenges in infectious disease requires innovative, interdisciplinary approaches. This summer school brings together leading expertise in quantitative genetics, epidemiology, and disease phenomics to equip participants with the skills needed for sustainable disease control.Dates and location31 August - 4 September 2026King's Buildings CampusUniversity of EdinburghOverviewThe week-long programme explores the latest advances in:diagnosticsdisease genomicsdisease phenomicsepidemiological predictive modellingfield epidemiologystatistical epidemiology.A strong emphasis is placed on computational approaches, providing a hands-on experience with modern analytical tools. This is balanced with opportunities for informal networking and collaboration.EligibilityThis course is designed for:PhD studentspostdoctoral researchersearly career scientists in quantitative genetics or epidemiologyindustry professionals with backgrounds in veterinary or medical sciences, or quantitative genetics.It is particularly suitable if you are looking to strengthen your data analysis and modelling skills while expanding professional networks. Fees£560 for PhD students, early career scientists and postdoctoral researchers. £670 for participants from all other backgrounds.Fees include: lectures, practicals, course material, visit to Easter Bush campus, refreshments and lunches during the programme and an event dinner. Please note that accommodation is not included.Members of EU-LI-PHE COST Action Working Group may be eligible to apply for sponsorship. Members should indicate membership and an intention to apply for funding on the registration form. RegistrationRegistration opens soon.ProgrammeDayFocusLead byMondayApplied veterinary field epidemiologyDr Lena-Mari TamminenSwedish University of Agricultural SciencesTuesdayInfectious disease genetics and genomics, breeding for disease control, and introduction to R programmingDr Smaragda TsairidouRoyal (Dick) School of Veterinary Studies - Division of Global Agriculture and Food Systems, University of EdinburghWednesdayGenome to phenome integration, with multi-omics analysis for disease resistanceProfessor David MacHughUniversity College DublinDr John O’GradyAnimal Genomics, ETH Zurich ThursdayGenetic-epidemiological predictive modellingProfessor Andrea WilsonRoslin Institute, University of EdinburghFridayStatistical epidemiology to estimate genetic and non-genetic effects underlying disease spreadDr Chris PooleyBiomathematics and Statistics ScotlandContactDr Smaragda TsairidouChristy Macleod This article was published on 2026-05-19