I am an epidemiologic modeler and quantitative epidemiologist, with a particular interest in modelling the dynamics of infection and disease, and a strong background in research software and database engineering. I have designed and developed data-intensive research products, including simulation models and related tools, all of which my students, collaborators, and I have employed in simulating the spread, consequences, and control of a variety of diseases in human and domestic animal populations. I have considerable experience in population health and policy-driven research in humans and animals, in the United States, the United Kingdom, and elsewhere. I am well versed in simulation model development in C, C++, R, and multiple other languages and platforms; data collection, curation, and management; statistical epidemiological analyses; data wrangling with R, SQL, GIS, and other tools; and data visualization. I am a sophisticated user and developer of scientific software for a variety of platforms, including cluster and cloud computing; an experienced, versatile manager and user of health data from a variety of sources; and a well-regarded instructor in epidemiologic modeling.