Through a series of lectures, seminars and practical workshops, you will learn how biomolecular evidence is preserved and later extracted and analysed by bioarchaeologists, and how this data is used to further enhance the information available to archaeologists, evolutionary biologists and palaeoecologists. This programme also draws on the Department’s expertise in human osteology to provide you with the knowledge and skills required to identify and interpret human remains from archaeological deposits. In addition, you will learn how the study of ancient genes and genomes through the use of techniques such as next-generation sequencing and population genetics is transforming our understanding of the human past, human evolution and the bio-history of other species. You will also learn the theoretical knowledge and practical skills needed in order to identify and interpret palaeopathological changes observed in archaeological human remains and to understand what these changes can tell us about ancient diseases. Students will have the opportunity to develop an original bioarchaeological science research project with our osteoarchaeological, aDNA and isotope specialists in our dedicated laboratories.