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real-time mechanical behaviour models of power electronics components enabled by methods for Model Order Reduction (MOR), implementation of respective numerical techniques, and model validation
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challenges in the following research areas: fire and combustion modelling, dynamic coupling of fire and evacuation modelling, modelling of chemical and pathogen dispersal and the use of Virtual/Mixed Reality
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therefore the successful candidate will be subject to an Enhanced Data and Barring Service check. For an informal discussion about the post please contact Ellie Eggleston on a.eggleston@gre.ac.uk Should you
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candidate will be subject to an Enhanced Data and Barring Service check. For an informal discussion about the post please contact Ellie Eggleston on a.eggleston@gre.ac.uk Should you have any queries please
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or guidance to help them resolve their queries and question. This role will be vital in providing this support and will play a key role in the escalation, triage and referral model of student enquiries within
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email enquiries from applicants. The Admissions Office is currently working to a hybrid model of a minimum two days a week on campus, with the rest of the week remote working. The role holder will be
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currently emerging. Scope the sector and understand future potential opportunities. Develop a commercial costing model. Build a business plan to leverage future opportunity. The outcome will enable the growth
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opportunities (including use of funding opportunity systems tailored to match academic aspirations), sharing information, and providing advice on funding sources including focussed advice/support on EU
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an Occupational Health Check. Without this, there may be delays to your funding.
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’ questions have been replied to on AskUoG . Here you can check out the most frequently asked questions or raise and enquiry on the Digital Student Centre if your questions is not covered yet. Current students