-
building our capabilities in Clean Maritime Innovation. You will join our Department, which is one quarter of the School of Engineering and is one of the strongest and largest within the UK, as well as being
-
in health services and/or social care research or social sciences. They will need to demonstrate: experience of designing and delivering mixed-methods research, including survey design and qualitative
-
team dedicated to designing and developing state-of-the-art microfluidic sensors. These sensors aim to address critical challenges in miniaturised chemical and biochemical assay and analysis, with
-
work will focus on the ROVER project, which investigates resilience in adolescents with a physical condition, such as cancer, and sets out to co-design an intervention that works for children and young
-
relevant science and appropriate practical engineering experience will also be considered. A practical background is essential and you should have good skills in computer aided design and mechanical
-
current post is for one year. But there is a very strong chance of another year(s) extension on related projects. As part of your roles, you will design and develop ML algorithms that make deep learning
-
for the application of condition monitoring. Successful candidates will engage in internationally recognized multidisciplinary research. The project involves the innovation of new optical fibre, specifically designed
-
Rosalind Franklin Institute (RFI), and the Central Laser Facility (CLF) at the Rutherford Appleton Laboratories. The project will design and construct a lab-scale soft X-ray microscope for biological imaging
-
. Experience of teaching (English as a second language or multilingual context). Application Process: Please submit a CV and a cover letter detailing your qualifications, your career plan, as well as how you
-
-edge science designing the massive spectroscopic follow-up of optical transients, exploiting supernova cosmology experiments, and working on the detection and characterisation of unusual supernova