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We have 100 mathematical models PhD Projects, Programmes & Scholarships
mathematical models PhD Projects, Programmes & Scholarships
We have 100 mathematical models PhD Projects, Programmes & Scholarships
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New mathematical models of organoid experiments
My research group is recruiting a PhD student who will work on a project aimed at producing new surrogate models to describe complicated cell biology experiments, such as experiments involving tumour spheroids or organoids. Read more
An integrative mathematical approach to understand how intraplaque angiogenesis and vascular structure impact atherosclerosis and their potential as novel therapeutic targets
Commercial partner: Novo Nordisk. Atherosclerosis is a disease of large and medium-sized arteries that is complicated by cardiovascular events, such as myocardial infarction and stroke, which are typically driven by arterial thrombosis. Read more
Paleo-modelling of the Red Sea
The Red Sea is a semi-enclosed basin, with limited connections to the open ocean, with narrow and shallow straits operating a strong control on exchanges… Read more
Digital twining for deformable objects – achieving real-time simulations
A step change in the simulation of the complex interactions between flexible objects and immersing fluid flows is required in the development of digital… Read more
Model-based Approach for Prognostics Health Management (PHM) for Fusion Reactors
The University of York is at the forefront of transformative research in data-centric engineering, digital twins, and AI, bringing about a revolution in the design and operation of systems. Read more
THROMB-AI: Computational risk stratification of thrombus formation and lysis in post-stroke patients
Cardiovascular disease is the leading cause of mortality and morbidity in developed countries. Often, the main pathological process responsible is the development of an arterial thrombus (or blood clot). Read more
Investigating the role of bulk cytoplasmic flow in germ granule transport during early zebrafish embryogenesis
A 3-year doctoral studentship is available for highly motivated candidates with a background in Mathematics, Engineering and/or Physics, to work on an interdisciplinary project applying active soft matter physics to cellular activity in embryos. Read more
Investigating the role of bulk cytoplasmic flow in germ granule transport during early zebrafish embryogenesis
A 3-year doctoral studentship is available for highly motivated candidates with a background in Mathematics, Engineering and/or Physics, to work on an interdisciplinary project applying active soft matter physics to cellular activity in embryos. Read more
Understanding Nonlinear Dynamics of Associative Polymers for Healthcare and Sustainable Applications: Computer Simulations and Mathematical Modelling
Introduction. Associative polymers are macromolecules containing associative groups, also called stickers, that undergo reversible association to physically cross link the polymers into transient networks. Read more
Predictive Emergency Service Operations Planning [Self-Funded Students Only]
Research Group:
Data and Knowledge Engineering
Aims. The objective of this project is the exploration of the frontier between demand forecasting and operations planning to devise predictive, intelligent, and adaptive strategies in the context of emergency services (e.g., policing, fire services, medical services). Read more
PhD opportunities in Mathematics at Brunel University London
Are you ready to address problems of real biological or engineering importance? Or perhaps investigate the underlying mathematical and phenomenological processes of societal issues?. Read more
Deep Learning and Explainable Artificial Intelligence for Flood Prediction (FAC23/EE/CIS/WOO)
Flood prediction models are crucial for managing extreme events and assessing hazards. However, current models often make simplified assumptions and rely on specific datasets. Read more
Optimising Work and Heat Exchange Networks Towards Improved Energy Efficiency Processes
Work and heat exchange networks (WHENs) have become increasingly important for industrial processes in the past few years. Read more
Bayesian Computation for Epidemic Models
Mathematical models of infectious disease transmission continue to play a vital role in understanding, mitigating, and preventing outbreaks. Read more
Combining genome-scale metabolic models and multi-omics data for a system level understanding of bacteria
Understanding microbial metabolism is essential for the exploitation of bacteria in a number of different biotechnological applications, the members of the Streptomyces genus being a particularly biotechnologically interesting example (Del Carratore et al., 2022). Read more
