6 animal-behavior positions at Swansea University

Sports Science: Tuition Fee ONLY Torfaen County Borough Council MSc by Research Scholarship: #ifyougoigo: Challenging stereotypes and barriers to participation to get more women, more active, more often

position within a Research Infrastructure? No Offer Description Funding providers: Torfaen County Borough Council Subject areas: Sport and Exercise Sciences – physical activity; behaviour change; health and

Biomedical Engineering Fully Funded Swansea and Boston Scientific Ltd PhD Scholarship: Bioprosthetic Design Evaluation Through Experimental-Computational Techniques

untreated. Over 200,000 patients/year receive bioprosthetic HV replacements, which exhibit superior haemodynamic behaviour and enable transcatheter replacements. However, the material and geometric design of

Chemistry/Physics: Fully Funded EPSRC DTP PhD Scholarship: Towards Organic Quantum Memristors

neural networks and neuromorphic computing [1]. Recently, we have developed high quality organic memristors that emulate the synaptic behaviour of the brain using squaraine molecules, first using self

Mechanical Engineering Fully Funded EPSRC and Schmidt-Clemens Spain PhD Scholarship: Modelling of Complex Load Cycles at Elevated Temperature

for the effects of stress and temperature changes on material hardening and damage will be implemented within finite element (FE) software allowing predictions of component behaviour to be made. This PhD project

Materials Engineering: Fully Funded Swansea University and UKOPA PhD Scholarship: Fatigue performance of dented pipes

to better understand the mechanical properties and fatigue performance of vintage Girth Welds and Seam Welds in pre-stressed pipe sections in order to model behaviour in dented sections and better inform

Computer Science Fully Funded Swansea University PhD Scholarship: Enhancing Cardiomyocyte Dynamic Network Analysis with Machine Learning (Ecidna-ML)

network behaviour. This new framework will add new knowledge on the spatial and temporal nature of intercellular dyssynchronisation and yield unprecedented insights into cardiomyocyte network dynamics