Projects
Open-source scientific software.
Computational work — most of it public — that supports the research on this site. Python for climate modelling, machine learning, geospatial analysis, and visualisation.
sea-ice-nunatsiavut
Sea-ice projection in Nunatsiavut (MSc thesis)
Climatology, anomaly mapping, and time-series analysis of sea-ice concentration and thickness along the Labrador coast, combining CESM-HR output with Canadian Ice Service observations.
cmip6-sea-ice-assessment
Bias metrics and model evaluation for CMIP6 sea ice
Python workflow for computing bias metrics and skill scores of CMIP6 sea-ice concentration and thickness against observational datasets, developed at Environment and Climate Change Canada.
climate-diagnostics-toolkit
NSIDC passive-microwave processing toolkit
Reusable diagnostics for processing NSIDC passive-microwave sea-ice data: regridding, masking, and derived-quantity computation for downstream climate analysis.
southern-ocean-mitgcm
Southern Ocean circulation with MITgcm
Idealised MITgcm ocean simulations exploring thermocline structure and circulation response to wind forcing in the Southern Ocean.
sir-malaria-model
SIR malaria disease-transmission model
Undergraduate research project modelling malaria transmission dynamics with an SIR framework driven by climate variables across Ghana's agro-ecological zones.
arctic-pamip-miniproject
Sea-ice loss & CO₂ doubling on Arctic precipitation
Mini-project completed at ICTP (supervised by Prof. Paul Kushner) using CESM-WACCM4 PAMIP experiments to explore precipitation response to sea-ice loss and CO₂ doubling.
CESM-WACCM4PythonXarrayCDO