Major emphasis is placed on development of novel instrumentation that pushes the envelop in terms of sensitivity as well as spatial and temporal resolution. This position would suit an outstanding self-motivated, creative and career-oriented individual possessing a PhD or postdoctoral experience in physics, biophysics, optics or a related field. Applicants with experience of using PALM, STORM, 4pi, STED and TIRF-based optical microscopy for imaging molecules, cellular structures and/or nanoparticles will be strongly considered as will those with a working knowledge of image processing and software development.

We are seeking to recruit a Senior Research Fellow who can make a significant contribution to the future development of the Centre. We welcome applications from individuals with backgrounds in any of the following disciplines: social policy; sociology; psychology, economics; statistics; or related fields.

You should have excellent quantitative research skills which can be applied to a range of social policy issues related to personal finance. You should also have a proven ability to manage a portfolio of research projects and experience of managing research staff. Ideally, you will have a track record of generating research funding from a range of sources or be able to demonstrate the ability to do so.

The Bristol Research Initiative for the Dynamic Global Environment (BRIDGE) at the University of Bristol is a world leader in the field of palaeoclimate modelling. One of the main aims of the group is to better understand and predict the causes of past climate change. We wish to appoint a postdoctoral researcher to carry out studies of extreme warm climate of the distant past (Mesozoic era). These climates are interesting since most climate models are unable to reproduce many features of these epochs. The research will focus on quantifying the potential uncertainty in simulations of the period caused by uncertainty from boundaryThe Bristol Research Initiative for the Dynamic Global Environment (BRIDGE) at the University of Bristol is a world leader in the field of palaeoclimate modelling. One of the main aims of the group is to better understand and predict the causes of past climate change. We wish to appoint a postdoctoral researcher to carry out studies of extreme warm climate of the distant past (Mesozoic era). These climates are interesting since most climate models are unable to reproduce many features of these epochs. The research will focus on quantifying the potential uncertainty in simulations of the period caused by uncertainty from boundary conditions and model parameters. The work will also examine downscaling issues and potential improvements in the Earth System models.  conditions and model parameters. The work will also examine downscaling issues and potential improvements in the Earth System models.

A unique opportunity exists for four outstanding post-doctoral scholars to join a dynamic interdisciplinary team investigating how Indigeneity is expressed and understood in our complex, globalising world. With funding of €2.36M over five years from the European Research Council, this frontier research, led by Professor Helen Gilbert at Royal Holloway (University of London), focuses on performance in relation to four conceptual themes: ‘Commodity and Spectacle’, ‘Heritage and Material Culture’, ‘Reconciliation and Social Cohesion’ and ‘Mobility and Belonging’. Applicants will be considered from across a range of disciplines including, but not limited to theatre and performance studies, film, cultural geography, anthropology, history, indigenous studies, sociology, politics, dance, ethnomusicology, international relations.

We have a strong record in applied research in the academic and industrial sectors. Application areas include vibration monitoring of complex mechanical systems, advance real-time signal and image processing; multi-sensor fusion; multi-phase flows and are applied to the power generation, automotive, aircraft and oil industries.
Your activity, as part of an EU funded project, will be dedicated to the research and development of innovative vibration condition monitoring technologies for turbines and advanced signal processing techniques.

Research at Liverpool will involve microarray data processing in close collaboration with other institutions. You will be expected to generate ideas, implement them for these tasks, produce significant results, and write papers for conferences and journals. You should have a PhD and experience of signal and data processing, statistics, modeling, and machine learning. The post is funded by the Department of Health through the National Institute for Health Research for 5 years.

We have a strong record in applied research in the academic and industrial sectors. Application areas, applied to the power generation, automotive, aircraft and oil industries, include vibration monitoring of complex mechanical systems, advance real-time signal and image processing, multi-sensor fusion and multi-phase flows.
Your activity, as part of industrially funded projects, will be dedicated to the research and development of innovative vibration condition monitoring technologies for rotating machinery and advanced signal processing techniques.

Data from ART-CC have been used to inform treatment guidelines and for comparison with outcomes in resource-poor settings. Since treatment for HIV infection is lifelong once started, there is a continuing need to monitor and evaluate treatment outcomes in those with longer exposure to antiretroviral therapy. You will have a higher degree in medical statistics or a closely related discipline, or equivalent research experience. You will be joining a successful team of medical statisticians and health services researchers within the School of Social and Community Medicine. The post will be full-time on Grade I or Grade J of the University’s grade structure, depending on experience, and is for nine months.

We are seeking to recruit a Senior Research Fellow who can make a significant contribution to the future development of the Centre. We welcome applications from individuals with backgrounds in any of the following disciplines: social policy; sociology; psychology, economics; statistics; or related fields.

You should have excellent quantitative research skills which can be applied to a range of social policy issues related to personal finance. You should also have a proven ability to manage a portfolio of research projects and experience of managing research staff. Ideally, you will have a track record of generating research funding from a range of sources or be able to demonstrate the ability to do so.

The Bristol Research Initiative for the Dynamic Global Environment (BRIDGE) at the University of Bristol is a world leader in the field of palaeoclimate modelling. One of the main aims of the group is to better understand and predict the causes of past climate change. We wish to appoint a postdoctoral researcher to carry out studies of extreme warm climate of the distant past (Mesozoic era). These climates are interesting since most climate models are unable to reproduce many features of these epochs. The research will focus on quantifying the potential uncertainty in simulations of the period caused by uncertainty from boundary conditions and model parameters. The work will also examine downscaling issues and potential improvements in the Earth System models.