Kayode Oshinubi
@kayodeoshinubi
I build statistical models that forecast infectious disease dynamics and support public health.
United StatesWhat I'm looking for
At Northern Arizona University, I forecast epidemic dynamics and lead predictive-model development for infectious diseases, collaborating across ecological and epidemiological research. I also developed disease-forecasting models as a Guest Scientist in the Biostatistics Division at HZI Germany.
My work combines mathematical and statistical epidemic modeling, spatial analysis, machine learning, and biostatistics. I co-developed epymorph, a framework for constructing, simulating, and fitting spatial models of infectious disease spread, and have contributed to COVID-19 forecasting and personalized health monitoring research.
Experience
Work history, roles, and key accomplishments
Postdoctoral Researcher
Northern Arizona University
Jan 2023 - Present (3 years 7 months)
Forecast epidemic dynamics using advanced statistical and spatial models. Led the development of predictive models for infectious diseases and collaborated with interdisciplinary teams to analyze ecological and epidemiological data.
Guest Scientist
Helmholtz Centre for Infection Research
Dec 2023 - Feb 2024 (2 months)
Developed statistical models for disease forecasting in public health research. Conducted research on the biostatistical analysis of large-scale epidemiological data.
Visiting Researcher
University of Oxford
Jun 2022 - Aug 2022 (2 months)
Modeled cycle threshold data for personalized health monitoring. Contributed to longitudinal data analysis in epidemiological studies.
Education
Degrees, certifications, and relevant coursework
Université Grenoble Alpes
Doctor of Philosophy, Mathematical and Statistical Modeling of Epidemic Data
Ph.D. in Mathematical and Statistical Modeling of Epidemic Data. Thesis focused on mathematical and statistical modeling of epidemic data.
University of Ilorin
Master of Science, Applied Mathematics
Grade: Distinction
M.Sc. in Applied Mathematics with Distinction. Thesis on free vibration of shear beam on Winkler foundation using differential transform method.
Ekiti State University
Bachelor of Science, Mathematics
Grade: Second Class Upper Honors
B.Sc. in Mathematics with Second Class Upper Honors. Thesis on solving hypergeometric differential equations using Frobenius method.
Availability
Location
United StatesAuthorized to work in
Website
kayodeoshinubi.github.ioJob categories
Skills
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