Rhiannon Chalmers-Brown has returned to study her PhD at the University of South Wales, having initially studied BSc Chemistry at USW. She was encouraged by her research supervisor Richard Dinsdale to apply for the KESS 2 scholarship, as she has a keen interest in renewable energy and the environmental sector in general. Rhiannon started her… Read more »
Case Studies: University of South Wales
Rob Heirene is currently undertaking an ESF-funded KESS 2 PhD at the University of South Wales, carrying out research into how people with alcohol-related brain damage could be cared for in supported housing. His partner organisation, Solas Cymru, is a charity based in Newport that provides a broad range of services for people who are… Read more »
Rebecca Peters is a research student in the School of Computing and Mathematics at the University of South Wales, currently undertaking an ESF-funded KESS 2 PhD in Big Data Analytics. Working with Tata Steel in Talbot, Rebecca is using her keen interest in the real-world applications of Data Science, and exploring its varied techniques within… Read more »
Low carbon behaviour change is a fundamental aspect of a transition to a low carbon society, but is also key when a large company is looking into reducing its utility bills. RUMM (Remote Utility Monitoring and Management) is a University of South Wales spin-out company helping companies consuming more than £100,000 of electricity, gas or water per year to reduce their energy bills…Read more »
Peripheral Arterial Disease (PAD) is the less well-known branch of cardiovascular disease which relates to the narrowing or obstruction of the arteries in the legs. Previous research has shown that individuals with PAD have a three-to-six-fold increased risk of cardiovascular death compared to those who don’t have it. The main symptom of PAD is pain in the legs when… Read more »
Presentation by Danny Clegg, University of South Wales. The goal of the project is to provide tested and trialled gloves to people with Raynaud’s disease; with the intention of reducing severity of symptoms. Potential sites in the gloves for further intervention (such as heated elements) are being investigated based on anatomical sites of vascular insufficiency; as described by the use of infrared image analysis following symptom provocation.Read more »
Working with the company through the PhD One part of the project that I hadn’t expected involved me going over to the parent company in Latvia. I was able to go over and meet the owners of the company, while there I was given a tour around the site where the materials are made plus I was able to see their capabilities. While there I asked if I could have some prototypes made, I explained what I was trying to do I took some materials over with me and asked if they would be able to make mit? They didn’t speak any English and I was quite worried as to what was going to come back, I was very happy when they came back with 4 prototypes in 3 hours later.Read more »
The paucity of research in to sleep surfaces, sleep quality and back problems is surprising as we spend approximately a third of our lives asleep and 84% of the UK population will be afflicted with low back pain at some point in their lives.
The project will provide an objective assessment of mattress design in relation to back pain. A three month, double blind randomised controlled crossover study will take place in the participants own homes to ensure the most natural sleep environment.Read more »
Student: Alexandros Koutsantonis Company: Catnic (Tata Steel UK Ltd) Academic Supervisor: Jiping Bai & Rae Gordon In July 2013, under the Construction Products Regulation (CPR), CE Marking became mandatory for all construction products where a harmonised European Standard exists. Where compliance with the conditions of relevant European Standards is achieved, the manufacturer in the European… Read more »
The KESS project essentially looked at the provision of a better glove; the problem with most gloves is that they tend to be randomly made up of the materials available at that time. There are some very good glove materials available on the market, but consideration needs to be taken when looking at the combinations and the creations of the gloves.
As part of the KESS project we looked to generate a test which is less destructive and better for the patient/subject, while at the same time giving us the same information so we have that aspect, which means that the people/the end user will be benefitting. The project has created a test bed that we can use, and created a good link with the Raynaud’s and Scleroderma association who are the main beneficiaries to some extent. It’s tested and produced a methodology to test gloves and from that we have managed to get the data in.Read more »