I am a Research Associate currently working with Associate Professor Mark Holzer within the School of Mathematics and Statistics of the University of New South Wales, Sydney. My latest research focus has been on the response of the global ocean’s [carbon]() and [oxygen]() cycles to climate change using novel tools and diagnostics.
More generally, my research broadly encompasses anything related to marine biogeochemical cycles and tracers, which requires a bit of mathematics, physics, biology, chemistry, and computer science (see publications).
I am also the developer of AIBECS, a Julia package that allows oceanographers to simulate marine tracers with ease — check it out!
PhD in Applied Mathematics, 2017
University of New South Wales
MSc in Environmental Science, 2010
University of New South Wales
MSc in Finance Mathematics, 2008
Université Paris Dauphine
MSc in Mathematics and Engineering, 2007
École Polytechnique
OceanGrids.jl: Ocean grids for AIBECS.
The ideal tool for exploring global marine biogeochemical cycles.
DualMatrixTools.jl: A Julia package for solving dual-valued linear systems.
A simple, accurate, and fast AD tool for computing the Hessian of an objective function defined implictly by a system of PDEs.
WorldOceanAtlasTools.jl: A Julia package for data from the World Ocean Atlas.
HyperDualMatrixTools.jl: A Julia package for solving hyperdual-valued linear systems.
Inpaintings.jl: A Julia package to inpaint missing data.