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CSRPS. The successful candidate will have a capacity to conduct high quality research in multiple and coupled challenges in the following research areas: fire and combustion modelling, dynamic coupling
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models of power electronics components enabled by methods for Model Order Reduction (MOR), implementation of respective numerical techniques, and model validation. The project will be undertaken in
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CSRPS. The successful candidate will have a capacity to conduct high quality research in multiple and coupled challenges in the following research areas: fire and combustion modelling, dynamic coupling
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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 the Student
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service. Key Responsibilities Process staff and student expense claims with a high level of accuracy Raise purchase orders and check/process invoices using the University’s procurement systems Support
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opportunity systems tailored to match academic aspirations), sharing information, and providing advice on funding sources including focussed advice/support on EU opportunities. The team will actively support