The MQADP is a research platform and infrastructure to enable research to improve children and young peoples’ mental health, by pooling data from multiple sources: linking routinely collected data (health, deprivation, social care) with clinical interviews, psychological, biological and genetic data. This resource will continue to expand in terms of size, nations covered, and breadth and depth of data, with continued linkage, recruitment and additional measures planned and be available for...

The Advanced Bioimaging Research Technology Platform houses a JEOL 2100Plus with OneView Camera, a JEOL 2200FS with a K2 Detector, a 3i Dual Inverted Light Sheet microscope and a range of supporting equipment. We aim to help users from the University of Warwick and beyond to answer their research questions using our cutting-edge scientific imaging equipment. It is important that this equipment and the users are supported, both in terms of expertise of our staff and the resources for servicing...

The AIR provides consultation and first line support in a wide range of Bio-imaging technologies in the IGMM. We also strive to be innovators and through participation in interdisciplinary partnerships such as ESRIC (the Edinburgh Super-resolution Interdisciplinary Consortium - together with Heriot Watt) and others. We provide scientific consultation, access to and training for a range of BioImaging technologies including: Confocal Microscopy, Super-resolution imaging, Light Sheet imaging, Fast...

Provides confocal and Electron microscopy resources to the Jeffrey Cheah Biomedical Centre.

In Vitro imaging of embryos and cells that do not tolerate transport to external core facilities.

On site imaging allows researchers to multitask during longer duration sessions.

We provide a comprehensive Advanced Research Computing (ARC) support service for researchers in all faculties at the University of Leeds. The service consists of a large High Performance Computing (HPC or Supercomputing) resource consisting of several clusters which are used for all forms of predictive modelling, data analysis and simulation which are too large, too complex or too time consuming to be performed on a Desktop PC. In addition, we can support researchers in the use of Cloud...

ACTRIS is a pan-European initiative to produce long-term, high-quality observations of aerosols, clouds and trace gases across a network of European sites. Societal and environmental challenges, such as air quality, health, sustainability and climate change, increasingly require a diverse range of measurements to underpin policy initiatives. ACTRIS will help to solve such challenges by providing a platform for researchers to combine their efforts more effectively, and by providing observational...

The Airborne Geosciences Facility was established to support environmental & geoscientific research and teaching through the development, integration and operation of advanced airborne sensing technologies deployed on both manned and unmanned aircraft. We operate our own ECO-Dimona light aircraft alongside a fleet of small unmanned aircraft systems, and a suite of remote sensing and atmospheric instruments. Our stated goal is to provide the core capability to promote and develop an...

Anvil provides a platform to enable researchers to test their software automatically. Regular Testing, Robust Software.  Further developments will enable testing on HPC infrastructures. Providing testing for research software enables better research as the quality of the software will be improved. Providing the links to testing on HPC and commercial clouds is a unique offering and is unlikely to be provided by others as it is niche. 

Apocrita is a 5000+ core heterogeneous high performance computing cluster owned by Queen Mary University of London (QMUL). The cluster is managed by the Research IT team of IT Services. It was established in 2012 by the Engineering and Physical Sciences Research Council (EPSRC) as one of the 5 regional Tier-2 Computing Centres of Excellence, through the MidPlus consortium (the universities of Birmingham, Nottingham, Warwick and QMUL) The cluster has been repeatedly expanded through smaller...

Located in the Materials Analysis Laboratory (D242) of the Dawson Building, the Department of Archaeology has built up an equipment centre to facilitate the study of archaeological artefacts and materials. The centre supports a commercial research arm DARC run by Dr Kamal Badresharny and houses a number of analytical facilities: • Hitachi TM3000 SEM, with Oxford instruments EDAX • Bruker tracer 5i Portable XRF • Perkin Elmer Spectrum 2 FTIR • Camspec 17330 UV-Vis Spectrometer • Konica Minolta...