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identification of cells within and around the tumour mass. To this effect, the role focuses on the integration of the following elements: Computer vision and Artificial Intelligence (AI) for intraoperative
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the tumour mass. To this effect, the role focuses on the integration of the following elements: Computer vision and Artificial Intelligence (AI) for intraoperative surgical navigation during robotic
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colleagues across the University to showcase how Imperial’s research is making a difference globally. As the REF Impact Manager, you will lead the planning, coordination and delivery of impact-related elements
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typically rely on expensive, toxic, and limited supply elements such as Rh, Ir, Pd, Pt. Replacing these elements with more sustainable and widely available alternatives is crucial for the future of the
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the open-source finite-difference framework Xcompact3d. You will perform high-fidelity simulations of large-scale wind farms using the wind farm simulator using a wide range of hardware (including CPUs and
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data from tumour specimens. The initial focus of the project is analysis of RNA sequencing data, with opportunities for analysis of circulating tumour DNA, DNA methylation and other datasets. Analysis
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demand flexibility of individual elements within the GSC that have much shorter time constants. This interdisciplinary work (Engineering and Economists within Imperial) is being carried out with partners
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design and test tailored, behavioural science informed, communication to improve the uptake of cervical and lung cancer screening in underserved groups. The role holder will also support on the analysis
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customer service in a timely and efficient manner, which are key elements for the role. The role will also be operational with you carrying out viewings across the portfolio, so a flexible approach to
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an interdisciplinary effort bringing together stochastic mathematical modelling and data analysis, geophysical fluid dynamics, and novel modelling of plasma dynamics with the goal of furthering our understanding and