263 computer-programmer-"FEMTO-ST"-"FEMTO-ST-institute"-"FEMTO-ST" positions at University of Manchester in United Kingdom
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to encourage greater diversity in physics. There are two award categories: a co-funding award for the doctoral programme with a fixed maximum of £36k per student; or a top-up award to support additional costs
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leave allowance, including Christmas/New Year closure Pension scheme membership to provide benefits for you and your family Well-being programme with counselling, fitness and leading sports facilities
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for this award you must meet the following criteria: Have submitted an application by the deadline for a PhD programme to start in September 2024. Hold (or expect to achieve) a first class honours undergraduate
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you must: Have submitted an application by the deadline for a PhD programme to start in September 2024. Hold (or expect to achieve) a first class or 2.1 UK honours undergraduate degree (or international
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employee health and wellbeing services including an Employee Assistance Programme Exceptional starting annual leave entitlement, plus bank holidays Additional paid closure over the Christmas period Local and
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applicants from specific backgrounds applying for self-funded projects, which include: Tuition fees A tax-free annual stipend at the UKRI rate for the duration of the studentship Benefits vary by programme
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process and that they are aware that you wish to be considered for funding. In order to be considered, applicants must apply for a place on the PhD programme of your choice as early as possible before
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, 500, 600 and 800 instruments, and to cryogenic probes, as necessary); computer programming, mostly in C and Matlab, for data processing; and theoretical analysis, supported by simulation using Matlab
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analysis will include legal doctrinal and empirical (i.e. legal computational and qualitative) methods that are specifically designed to capture and interpret internal (i.e. legal) and external (i.e
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such as quantisation and sampling are often ignored during the verification of AI models. Yet, they are pervasive phenomena in any engineering application where digital compute platforms interact with