This unique one year taught postgraduate programme combines cutting-edge biomolecular research with archaeological and evolutionary approaches, taught across the fields of archaeology, biological and medical science.
The programme combines the study of ancient biomolecules in archaeology with advanced genetic, biomedical and evolutionary research to offer important insights and perspectives on key topics fundamental to human society, such as our evolutionary origins, our rich biological and cultural diversity, ancient health and disease, life history patterns, and past responses to environmental and climate change. It also offers insights to similar questions but for other, non-human organisms such as wild and domestic plants and animals.
Biomolecular Archaeology therefore provides a set of analytical tools important not only for archaeologists, but also for biologists, ecologists, environmental scientists, and biomedical professionals, all of whom benefit greatly from gaining direct insights to past biological diversity.
The principal aim of the MSc in Biomolecular Archaeology is to equip students from a range of different backgrounds with the theoretical and practical skills required for analysing the most commonly preserved ancient biomolecules, with specific emphasis on palaeogenetics, genome sequencing and bioinformatics.
With a practical and applied focus, the programme combines cutting-edge biomolecular research with archaeological and evolutionary approaches and methods. Students will benefit from a choice of courses offered across the fields of archaeology, biological and medical sciences, and study key cross-disciplinary topics such as human evolution, plant and animal domestication, human diets and migrations, ancient pathogens, and human adaptations to past environments.
Students will have the opportunity to learn how biomolecules degrade and preserve in archaeological materials, and how they are extracted and analysed, the strategies and tools used in analysing DNA sequence data, and to develop their own, original biomolecular archaeology research project with specialists in our dedicated laboratories.