I develop methods to solve questions related to infectious disease outbreaks.
I primarily work at intersection of public health, machine learning and Bayeasian modelling.
My work involves modelling infectious disease transmission dynamics.
I develop bespoke statistical methods for public good. My group and I are particularly interested in novel Bayesian methods that harness information in viral deep sequence data, mobile phone mobility data, and time-resolved patient data to characterise the spread of infectious diseases, and to guide public health interventions.
I focus on mathematical, statistical and computer science tools to answer questions about human health.
My research is on scalable methods and flexible models for spatiotemporal statistics and Bayesian machine learning, applied to public policy and social science.