382 parallel-programming-"DIFFER"-"Mohammed-VI-Polytechnic-University" positions at University of Sheffield
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process will take place on 15th July 2025. This will consist ofan interview and IT exercise. We plan to let candidates know if they have progressed to the selection stage, on 9th July 2025. If you need any
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ensures the student is well-prepared for either an academic or industrial career at the end of the 4-year program. Candidate ACADEMIC requirements We are looking for a highly motivated candidate with: A
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this challenge by synthesizing an array of zeolites by using an array of different preparation method and protocols. This project involves the following techniques or methods: heterogeneous catalyst synthesis, XRD
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of states and parameters of complex nonlinear systems. The project will also design likelihood free methods for systems with many interactions between their components. Different applications will be
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is anticipated that the selection process will take place on 15 July 2025. This will consist of an online interview. We plan to let candidates know if they have progressed to the selection stage
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of the next steps will be provided to shortlisted candidates. We plan to let candidates know if they have progressed to the selection stage within two weeks of the closing date, subject to the volume
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data communication (assessed at: application/interview) Ability to work under own initiative to agreed protocols and deadlines, and to plan and progress work activities (assessed at: application
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different activity in parts of the living human brain and how malfunctions can occur in disease. However, currently the changes in task related brain tissue oxygenation changes that directly influence blood
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-invasive functional imaging signals such as BOLD fMRI. Understanding how different cells are involved in neurovascular coupling is important not only for understanding what functional imaging signals can
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: Applications accepted all year round Details A technique called blood oxygen level dependent (BOLD) functional magnetic resonance imaging (fMRI) can determine levels of different activity in parts of the living