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We have 19 Applied Mathematics PhD Projects, Programmes & Scholarships in Bradford
Applied Mathematics PhD Projects, Programmes & Scholarships in Bradford
We have 19 Applied Mathematics PhD Projects, Programmes & Scholarships in Bradford
Fully-funded PhD Studentship in Applied Nonlinear Dynamics & Mathematical Physics
Research Group:
School of Mathematics
Applied Nonlinear Dynamics & Mathematical Physics. Read more
Fully-funded PhD Studentship in Astrophysical Fluid Dynamics
Research Group:
School of Mathematics
We are delighted to offer a fully funded PhD studentship and applications are invited from strongly motivated and academically excellent candidates for PhD study in astrophysical fluid dynamics in the Department of Applied Mathematics, School of Mathematics, at Leeds. Read more
Understanding and mitigating instability in low-precision training of large models
Research Group:
School of Computing
In the last decade, advancements in machine learning have been driven by the development of purpose-built hardware accelerators. In the last couple of years, however, the size of models has increased at a pace that hardware progress alone has not been able to match. Read more
Towards real-time digital volume correlation for imaging applications
Research Group:
School of Computing
Many important applications in materials science and medical imaging rely on high detail image slices / scans which are compared across time (e.g. Read more
Advanced analytics to investigate novel BP wearable technology to improve cardiovascular outcomes and falls
This is a unique opportunity to work with the world’s largest research cohort of its kind harnessing detailed 24-hour blood pressure records and cardiovascular and falls outcomes on follow up for more than 26,000 people across three UK City regions. Read more
Fully-funded PhD Studentship in Astrophysical & Geophysical Fluid Dynamics and Industrial Mathematics
Research Group:
School of Mathematics
Astrophysical & Geophysical Fluid Dynamics and Industrial Mathematics. Read more
Fully-funded PhD Studentship in Mathematical Biology & Evolutionary Dynamics
Research Group:
School of Mathematics
Mathematical Biology & Evolutionary Dynamics. We are delighted to offer a fully funded PhD studentship and applications are invited from strongly motivated and academically excellent candidates for PhD study in Mathematical Biology & Evolutionary Dynamics, within these strategic priority Research areas. Read more
The influence of physical process representations on regional and global-scale climate model output
Background. The influence of aerosol particles on Earth’s energy balance, remains a major uncertainty in climate science. Even with increased model complexity, resolution, and data availability, aerosol and cloud interactions remain difficult to constrain, leaving gaps in understanding. Read more
Can AI-based weather and climate models enhance humanitarian response and energy planning?
Background. As climate change continues to unfold, enhanced early warning systems for natural hazards are a key part of disaster risk reduction. Read more
Integrating weather and climate information into innovations and metrics for agricultural advisories
Background. Rainfed agriculture is a vital source of food and income for subsistence farmers in Kenya. Agricultural yields across Kenya are highly impacted by variations in rainfall on timescales from days to decades, with climate change altering the profile of rainfall-related risk. Read more
Back to the Future: Ice sheet collapse, ocean circulation slowdown and abrupt climate change
Background. The Atlantic Meridional Overturning circulation (AMOC) – a large-scale system of ocean currents – is critical for keeping North American and European climates mild. Read more
Protecting UK infrastructure from landslides triggered by climate extremes
Background. Landslides impact the railway network on average three times per week, and their frequency has increased by >50% in the last ten years. Read more
Using new high-resolution ensembles to quantify uncertainty in projections of African climate processes
Background. Global models underpinning future projections struggle to capture African weather and climate change, to a large extent because the convective storms that generate tropical rainfall are below their coarse grid scale and have to be parameterised. Read more
Millennia of sea-level rise awaits: Quantifying spatial uncertainty
Background. Sea-level rise presents one of the greatest environmental challenges for the global community. However, there is deep uncertainty in future projections beyond 2100. Read more
Uncertainty in the economy and in sea-level rise: gaming robust strategies for coastal resilience
Background. Sea-level rise (SLR) responses in coastal cities involve multi-decadal lead times, and human decisions face budgetary and climate uncertainties under scientific updates. Read more
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