The STFC Industrial CASE (Cooperative Awards in Science & Technology) studentship competition provides support for PhD students to work in collaboration with a non-academic partner on projects that fall within the STFC core science programme in astronomy, particle physics, nuclear physics and accelerator science; or that aim to apply technologies or techniques developed within the programme into other areas. Projects involve joint supervision of the student by a member of staff at an academic Research Organisation or related institution and an employee of a non-academic organisation, such as a UK industrial firm, public sector organisation or charity (the non-academic partner).
Industrial CASE-Plus extends the Industrial CASE competition to help students become more effective in promoting technology transfer, should their chosen career path take them into either academic research or industry. For the first 3.5 years of the award, Industrial CASE-Plus operates in the same way as the Industrial CASE competition. The main difference is that the student spends a further year working full-time on the premises of the non-academic partner as an employee. During this additional year, the student is employed by the non-academic partner at a salary equivalent to that of a new STFC postdoctoral researcher.
Applicants wishing to apply for the 2021 Industrial CASE competition for students to start in October 2022 should apply via the UKRI funding finder.
Standard research studentship awards may be converted to Industrial CASE studentships at any time after the student is in post. Collaborative Training provides outstanding students with access to training, facilities and expertise not available in an academic setting alone. Students have an opportunity to develop a range of valuable skills and significantly enhance their future employability. Industrial CASE students will receive an enhanced stipend detailed below.
Existing Industrial CASE studentships may be converted to Individual CASE-Plus at any time up to the end of the second year.
The Industrial CASE Studentship collaborative training competition gives PhD students experience outside a purely academic environment. The competition provides support for students working on projects that involve joint supervision by a member of staff at an academic or related institution and an employee of a non-academic organisation such as a UK industrial firm, public sector organisation or charity. The projects must fall within the STFC core science programme in astronomy, particle physics and nuclear physics, or must aim to apply technologies or techniques developed within the programme into other areas.
|Academic Partner||Non-Academic Partner||Project Title|
|Open University||e2v technologies (UK) Ltd||Cryogenic irradiations: a realistic study of the impact of radiation on detectors in space.|
|Open University||e2v technologies (UK) Ltd||Mitigation strategies against radiation-induced instrument background for space astronomy missions|
|University of Liverpool||Defence Academy of the United Kingdom (Ministry of Defence)||Submarine Reactor Monitoring with Anti-Neutrinos|
|The University of Manchester||Rapiscan Systems Limited||Improved Identification of illicit materials using an X-ray Backscattering technique.|
|University of Sussex||Micron Semiconductor Ltd||CVD Single Crystal Diamond Detectors|
|Open University||e2v technologies (UK) Ltd||Correction of radiation-induced charge transfer inefficiency in CCDs for the SMILE mission|
|University of Birmingham||National Physical Laboratory||Enhancement of the UK Primary Standard for Absorbed Dose for Proton Radiotherapy|
|The University of Manchester||Datacentered||Enabling cost-effective data analysis on the cloud|
|University of Surrey||National Physical Laboratory||STFC Industrial CASE PhD Studentship in Precision Nuclear Metrology|
|Open University||Teledyne e2v||In-orbit radiation damage in the Gaia focal plane: a study of in-orbit radiation damage, the future of pre-launch testing, and benefits to Euclid|
|University of Oxford||FMB-Oxford||Single-Shot Smith-Purcell Longitudinal Bunch Profile Monitor for CLARA with fs resolution.|
|Durham University||Kromek Group PLC||Machine learning applied to galaxy formation and neutralising security threats|
|Imperial College London||Maxeler Technologies Ltd||Acceleration of trigger algorithms with FPGAs at the LHC implemented using higher-level programming languages|
|Imperial College London||National Physical Laboratory||Development of a novel approach for the direct measurement of Effective dose in neutron and gamma fields|
|University of Glasgow||Quantum Detectors Ltd||Next^2 TEM Detection - Investigation of Hybrid Pixel Detectors for future Transmission Electron Microscopy imaging|
|The University of Manchester||The Christie NHS Foundation Trust||Validation of uptake, heterogeneity and shape metrics in clinical PET-CT using Monte Carlo Simulation and 3D printed anthropomorphic phantoms.|
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Last updated: 24 August 2021