Apply - https://dailyscholars.info/2018/10/22/medical-engineering-fully-funded-kess-ii-msc-by-research-scholarship-at-swansea-university/

Full cost of UK/EU tuition fees, plus a stipend
Deadline: 2 November 2018
Master
*This scholarships is part funded by the Welsh Government’s European Social Fund (ESF) convergence programme for West Wales and the Valleys.*

A collaborative project between Swansea University and Haemaflow to undertake a computational study of the performance of non-return valves in pulsatile blood pumps. The project is to develop computational methods to predict blood damage and potential growth of blood clots in pulsatile flow. The research has two goals.  The first is to establish whether pulsatile flow offers a significant advantage over continuous flow. The second is to provide a basis for optimizing the design of blood pumps. Blood pumps are an essential component of a broad range of medical devices. For example, they are employed during cardiopulmonary surgery, during extracorporeal life support, and during dialysis.

Apply -https://dailyscholars.info/2018/10/22/medical-engineering-fully-funded-kess-ii-msc-by-research-scholarship-at-swansea-university/