I'm currently a Senior Scientific Developer at the water risk intelligence company Fathom (www.fathom.global), where my focus is on the application of Earth Observation to further understand and improve our ability to model global flood risk. As part of this role, I collaborate extensively with the University of Bristol to advance EO research in this discipline. An example of this is a current UK Space Agency project, which is investigating the application of the NASA Surface Water and Ocean Topography mission to enhance global flood modelling accuracy.

Prior to Fathom, my research at the University of Bristol focused on the application of satellite altimetry to better understand the Cryosphere's response to climate change. I held a European Space Agency Climate Change Initiative (CCI) fellowship, which better quantified the impact of contemporary land ice mass change on regional sea level variability. In addition, I was the land ice work package lead on the European Research Council (ERC) GlobalMass project, which combined a wide array of EO observations, with novel Bayesian hierarchical modelling methods, to better understand Antarctic Ice Sheet mass loss.

My PhD used the European Space Agency (ESA) CryoSat-2 satellite radar altimetry mission to better quantify the thickness of the Antarctic ice shelves. My PhD was funded by a Natural Environment Research Council (NERC) studentship and received a commendation from the Faculty of Science. Additionally, it won the University of Bristol 2018 Faculty Doctoral Prize for the Natural Environment and Life Sciences.