Epsrc Icase Studentship

A fully paid PhD studentship is offered at the Cambridge University Engineering Department in the area of nuclear reactor core analysis methods development. It is offered under Industrial Cooperative Awards in Science & Technology (iCASE) scheme of the UK Engineering and Physical Sciences Research Council (EPSRC) in collaboration with EDF Energy, the owner...

Decarbonizing the global economy can only be achieved by reducing the carbon intensity of energy sources. A key to achieving this is reducing the techno-economic barriers to replacing fossil fuel usage with low carbon and renewable sources. Solutions which reduce plant costs, improve plant efficiency, and increase plant flexibility with other energy sources,...

Decarbonizing the global economy can only be achieved by reducing the carbon intensity of energy sources. A key to achieving this is reducing the techno-economic barriers to replacing fossil fuel usage with low carbon and renewable sources. Solutions which reduce plant costs, improve plant efficiency, and increase plant flexibility with other energy sources,...

As a Cambridge MRC iCASE student your award includes: - A competitive annual stipend of £21,122 (above the UKRI minimum of £18,622) for four years; - Full payment of University fees and essential research costs; - Membership of the Cambridge MRC Doctoral Training Programme, comprising students across the University linked to the MRC, providing a cohort of...

As a Cambridge MRC iCASE student your award includes: - A competitive annual stipend of £21,122 (above the UKRI minimum of £18,622) for four years; - Full payment of University fees and essential research costs; - Membership of the Cambridge MRC Doctoral Training Programme, comprising students across the University linked to the MRC, providing a cohort of...

Come and join us in a small but passionate team in the Office of the School of Technology where we work together to propose, consult and implement policies and procedures across our Departments and Institute. Your role will be focused on education matters and PhD studentship funding within the School of Technology. It will involve working closely with the...

We have funding for a number of 4-year PhDs, in collaboration with industry, on net zero infrastructure and built environment under the four following themes: Current and disruptive technologies Circularity and whole life approach AI, digitalisation and data Risk-based systems thinking and connectivity Studentships are fully-funded (fees and...

We are looking for a PhD student to work with Prof. Matthew Juniper and Dr. Alexandros Kontogiannis (EPSRC post-doctoral Fellow) on Physics-enhanced velocimetry of Flow Magnetic Resonance Imaging (Flow-MRI). Flow-MRI simultaneously measures all three velocity components of a flow in three spatial dimensions and one time dimension. This data contains high...

We have funding for a number of 4-year PhDs, in collaboration with industry, on net zero propulsion and power under the following research themes: Systems modelling of future net zero flight and energy pathways Aero-thermal design of propulsion and power technologies Thermodynamic analysis and development of net zero flight and energy cycles Data...

We have funding for a number of 4-year PhDs, in collaboration with industry, on net zero propulsion and power under the following research themes: Systems modelling of future net zero flight and energy pathways Aero-thermal design of propulsion and power technologies Thermodynamic analysis and development of net zero flight and energy cycles Data...

The project is funded in collaboration with ARUP, a professional services firm with a focus on the built environment and expertise in strategy, design, planning and engineering. By 2035, UK's building stock is expected to deliver 63% reduction in total carbon emissions from 2019 levels. These reductions will have to come from a combination of altering...

By 2035, UK's building stock is expected to deliver 78% reduction in total carbon emissions from 2019 levels. Implementation of effective retrofits that yield both embodied and operational energy savings is thus critical. Glazing systems constitute a key element of a building as they are essential for a visual, safe, and thermally comfortable indoor...

Applications are invited for a Programme Manager to take overall responsibility for the administration of the grants and associated human, physical and digital resources of the Construction Information Technology (CIT) Group led by Professor Ioannis Brilakis. The Programme Manager is supported by, and line manages, a Programme Coordinator as well as a...

Applications are invited for a Programme Manager to take overall responsibility for the administration of the grants and associated human, physical and digital resources of the Construction Information Technology (CIT) Group led by Professor Ioannis Brilakis. The Programme Manager is supported by, and line manages, a Programme Coordinator as well as a...

Funder: Novo Nordisk (home and overseas candidates eligible)Duration: 4 years (start October 2024)Supervisor: Professor James ElliottStipend: EPSRC equivalent, £19327 per annumDuring early-stage formulation and process development, scientists undergo extensive experimental screening campaigns and, although the tablet failure risk is reduced, there still...

Funder: Novo Nordisk (home and overseas candidates eligible)Duration: 4 years (start October 2024)Supervisor: Professor James ElliottStipend: EPSRC equivalent, £19327 per annumDuring early-stage formulation and process development, scientists undergo extensive experimental screening campaigns and, although the tablet failure risk is reduced, there still...

Funder: Novo Nordisk (home and overseas candidates eligible) Duration: 4 years (start October 2024) Supervisor: Professor James Elliott Stipend:  EPSRC equivalent, £19327 per annum During early-stage formulation and process development, scientists undergo extensive experimental screening campaigns and, although the tablet failure risk is reduced, there...

Applications are invited for a PhD student to work on developing computer architecture for quantum computers, under the supervision of Dr. Prakash Murali. Quantum computers hold immense potential for applications that can revolutionise society, including domains such as drug design, agriculture, climate change and more. To cater to applications in these...