Breadcrumbs List.
Masters projects
Explore the Masters projects available for life-changing research, including fully funded opportunities.
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Tōku Hoa: A personalized agent for mental health
FULLY FUNDED: Want to research technology that could help millions of people with their mental heath?
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Using VR to support remote therapy for brain injury
FULLY FUNDED: As a Master's student you will be developing a VR system that enables therapists from anywhere to help perform therapy on people with traumatic brain injury.
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Synchronisation in virtual reality
FULLY FUNDED: As a masters student you will develop virtual reality systems to explore behavioural, and neurological synchronisation between virtual avatars.
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Virtual reality, emotional memory, and biosignal markers for early depression research
FULLY FUNDED: Want to explore how emotional memories shape mental health? This project uses immersive VR and biosignals to uncover early markers of depression in young adults.
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Discovering dysfunction in lymphatic pumps
ELIGIBLE FOR FUNDING*: Uncover how cancer treatment disrupts lymphatic pumps and reveal mechanisms that could inspire new therapies for lymphoedema.
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Advanced imaging and modelling to understand lymphoedema development after cancer treatment
FULLY FUNDED: Want to explore how imaging and modelling can help us understand how and why lymphatic system dysfunction can develop after cancer treatment?
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CT Image analysis to improve equity in lung cancer screening in Aotearoa
FULLY FUNDED: This project will apply state-of-the-art image analysis tools to help crack the code of lung health in New Zealand.
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Transforming Pediatric Gait Analysis: Advancing Musculoskeletal Models for Children with Movement Disorders
ELIGIBLE FOR FUNDING*: Transform paediatric care by refining musculoskeletal models for children with movement disorders. Join this project to apply cutting-edge tech for better gait analysis and personalized treatments!
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Developing realistic placental blood vessel phantoms for optimisation of ultrasound scans
ELIGIBLE FOR FUNDING*: Want to work on improving ultrasound to help pregnancy outcomes? This project will focus on developing phantom blood vessels to simulate placental blood flow for Doppler ultrasound experiments.
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Thermodynamically consistent cardiac action potential modelling
ELIGIBLE FOR FUNDING*: Want to balance the laws of thermodynamics while modelling the behaviour of the heart? We seek to use bleeding-edge computational methods to assemble, verify and validate a novel model of a cell.
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Broadening the approach of studying skinned cardiac muscle
ELIGIBLE FOR FUNDING*: Cardiac muscle can have its membrane removed ('skinned') in experimental study. Can we study skinned cardiac muscle like it was still intact (before skinning)?
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Assessing the effect of a novel cardiac drug on muscle mechano-energetics: experiments and mathematical modelling
ELIGIBLE FOR FUNDING*: As an ME student in this project, you will use advanced muscle experimentation and quantitative mathematical modelling techniques to understand how a novel cardiac drug can improve heart function.
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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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