Dr Daum employs the method of electron cryo-microscopy (cryoEM) to investigate molecular machines and assemblies, which form the very fabric of life. His research aims to provide new insights into the inner workings of cells and inform new ways to re-engineer biomolecules for novel applications in biotechnology.

Dr Daum’s research has a strong focus on archaea – single celled microorganisms that thrive in diverse habitats, ranging from building hot springs to the human microbiome. For over 10 years, he has investigated the structure and function of archaeal cell surface proteins, including S-layers, archaella and pili and their potential use in novel biotechnological applications.

International visibility, activities, prizes, scholarships etc. 

Dr Daum has been awarded with the Otto Hahn medal of the Max Planck Society, as well as the Young Investigator’s prize of the Heinz Bethge Foundation for Electron Microscopy in 2014. He was awarded various prestigious research awards, including grants from the ERC and Wellcome Trust. At the Living Systems Institute (University of Exeter), Dr Daum leads the research theme Engineering Life. Following his appointment to the Living Systems Institute, he established a cryoEM facility, which he now co-heads. He was also instrumental in setting up a Regional Facility for High-Resolution CryoEM, shared between the Universities Bristol, Exeter, Bath and Cardiff, and is now a member of the Steering Committee for this facility.