Breadcrumbs List.
PhD projects
Explore the PhD projects available for life-changing research, including fully funded opportunities and projects eligible for doctoral scholarship funding.
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Deep learning for cardiac medical image analysis
ELIGIBLE FOR FUNDING*: Join us for a PhD in AI for cardiac CT/MRI analysis, developing deep learning models to improve diagnosis and risk prediction in cardiovascular disease.
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A smart glove for underwater robot teleoperation
FULLY FUNDED: Help us build a glove that will enable divers to remotely control underwater robots.
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Closed-loop model predictive control for hypercapnic respiratory failure patients
ELIGIBLE FOR FUNDING*: Are you passionate about applying cutting-edge modelling and control techniques to transform emergency healthcare?
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Physics-informed AI for virtual magnetic resonance elastography (vMRE)
FULLY FUNDED: Join our Marsden-funded PhD where you'll lead the development of a "virtual MRE," using physics-informed AI to predict brain tissue properties from diffusion MRI.
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Development of a wearable electro-impedance tomography system for early breast cancer screening
ELIGIBLE FOR FUNDING*: Want to study how smart wearable technology can detect breast cancer early? As a PhD student in this project, you’ll help develop a life-saving smart bra that senses disease before symptoms appear.
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An MRI-constrained computational model of the preterm-born lung
FULLY FUNDED: This project aims to develop a computational model of airway and lung structure and function in the preterm-born paediatric lung that integrates multiple types of novel lung MRI data.
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Smart garments for personalised compression therapy
FULLY FUNDED: Want to study wearable sensors that enable your skin to quantify external pressure and deliver personalised compression therapy for lymphoedema?
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Measuring the rapture of the deep
ELIGIBLE FOR FUNDING*: High-pressure gas that divers breathe can be narcotic or even poisonous: the so-called 'Rapture of the Deep'. An in-water electroencephalogram system to study this will be designed and developed.
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Ex vivo electrophysiology and calcium measurement of uterine smooth muscle samples
ELIGIBLE FOR FUNDING*: Want to understand more about the uterus and how it contracts?
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MRI and electrophysiology techniques to investigate contractions in the uterus
ELIGIBLE FOR FUNDING*: Want to understand more about the uterus and how it contracts?
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Modelling approaches for Percolating Nanoparticle/Nanotube Networks
FULLY FUNDED: We want someone to help us model and design electroactive rubbery composites for use on soft robots.
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Understanding microneedle-assisted jet injection
ELIGIBLE FOR FUNDING*: This project will explore the potential for combining two novel drug delivery techniques: microneedles and jet injection.
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Electromechanical mapping of the gut using flexible electronics and cameras
FULLY FUNDED: In this project multi-modal techniques will be developed and utilised, involving flexible electronics and cameras, to gain an integrated understanding of the control mechanisms of the gut.
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