or
Continue with FacebookLooking to list your PhD opportunities? Log in here.
We have 362 Mathematical Modelling PhD Projects, Programmes & Scholarships
Mathematical Modelling PhD Projects, Programmes & Scholarships
We have 362 Mathematical Modelling PhD Projects, Programmes & Scholarships
(Bicentenary) The impact of circadian desynchrony on cardiovascular function
Virtually all organisms on our planet use an internal biological clock to time, and thereby anticipate recurring fluctuations in the environment (light, temperature, food availability). Read more
(Bicentenary) Mechanical regulation of cell cycle in tissues: are organelles tension sensing hubs?
The tissues of our bodies are constantly being pushed and pulled and must respond appropriately to these forces to maintain normal tissue function. Read more
(Bicentenary) Generating Dynamic Cardiac Virtual Populations with Scalable Resolution Using Transformer-Based Diffusion Models
Virtual populations have been used in in silico trials and offer several advantages over traditional clinical trials. They allow for rapid, cost-effective testing of medical devices across a wide range of patient anatomies and physiologies. Read more
CR2025_44: Cod in crisis in the Celtic Sea: Predicting the Cod distribution using Satellite Ocean Colour and Machine Learning
Ensuring a sustainable supply of food for the nation is a major priority for the UK Government. This includes access to sustainable marine-sourced food, particularly fisheries. Read more
CR2025_58: Windstorms in a changing climate
Windstorms, a particularly hazardous form of the low-pressure systems that typically occur in the mid-latitudes in the autumn and winter, are one of the most important natural hazards impacting the UK. Read more
CR2025_57: Simulating monsoon systems at the kilometre scale
Monsoon systems supply the majority of water to over two-thirds of the world’s population. However, large biases in the position and intensity… Read more
CR2025_54: Influence of Surface Roughness on Arctic Cyclones and Their Coupled Interaction with the Climate State in Summer
Climate change is faster in the Arctic than elsewhere on Earth. As the surface warms the sea ice has become thinner than before over vast areas. Read more
Artificial Intelligence to Transform Optical Fibre Design
The aim of this project is to develop the next generation of hollow core optical fibres (HCF) using the power of Artificial Intelligence (AI). . Read more
CR2025_47: Nutrient Impacts and Microbiochemical Controls on Carbon Storage in Forest Soils
Temperate forests and woodlands play a vital role in storing carbon, much of which is held in the soil. This natural carbon storage helps to offset the effects of climate change. Read more
CR2025_42: The Cause-mic Universe: Tracing Links between Solar Flare Variability (Quasi-Periodic Pulsations) and Earth’s Ionosphere with Causality
Solar flares are outbursts of radiation across the electromagnetic waveband produced by the Sun impacting us here on Earth. Read more
CR2025_34: Agroforestry solutions: harnessing trees for climate resilience and food security
Global food security is threatened by intensifying climate change, with UK food production already severely affected1. Conventional farming practices (e.g. Read more
CR2025_32: Resolving the ocean energetics conundrum: does buoyancy forcing drive the ocean circulation?
Large scale (> 1000 km) ocean circulation controls Earth’s climate and human life. Particularly relevant is its role in redistributing heat and nutrients across the planet essential, among others, to make some areas inhabitable (e.g. Read more
CR2025_29: Remote Sensing of Solar Induced Fluorescence in Forests
Observations of Solar Induced Fluorescence (SIF) are the first direct measurement of the process of photosynthesis that can be made from remote instruments, including satellites and aircraft. Read more
CR2025_26: Impacts of light pollution, and other drivers, on UK moth communities and associated plant pollination
Moths are under-researched organisms within the wider pollinator community and their role as crop and wildflower pollinators has recently been revealed to be much greater than previously thought (Potts et al. Read more
CR2025_24: Keeping pace with climate change: facilitating species dispersal through productive landscapes.
Protecting biodiversity underpins our ability to mitigate and adapt to climate change. The UK is one of the most biodiversity-depleted countries1, primarily due to land-use change (e.g. Read more