Sort by
Refine Your Search
-
techniques for the fabrication, characterisation, and analysis of HCFs. New ideas and perspectives are welcome. Growth Opportunity: Through this position you will grow your research leadership and contribute
-
analytical and numerical analysis, including the use of numerical modelling packages such as Comsol and ANSYS. In addition, you will demonstrate a detailed understanding and knowledge of noise and vibration
-
the analysis and processing of oceanographic data, preferably from autonomous platforms. You will demonstrate a good knowledge of ocean dynamics, particularly at fine and small scales, strong quantitative and
-
evolutionary analysis of morphometric data. This work will involve travel to museum collections in Europe and potentially further to identify fossil and extant specimens for scanning. You will hold a PhD in
-
adaptive laboratory evolution, along with knowledge of high-throughput analysis to understand community dynamics. The results will be written up as project deliverables and publications. The post will be
-
. You will have experience in microscopy, fluorescence-activated cell sorting and related techniques for microbial single-cell analysis, and in bioinformatics. You are highly organised and driven, you
-
and lead on 3D geometric morphometric analyses of museum specimens, and subsequent statistical and evolutionary analysis of morphometric data. This work will involve travel to museum collections in
-
)-funded project. We invite applicants who hold a PhD or equivalent qualification in oceanography, or a related field, with experience in the analysis and processing of oceanographic data, preferably from
-
of practical passive and/or active control systems, as well as an ability to undertake analytical and numerical analysis, including the use of numerical modelling packages such as Comsol and ANSYS. In addition