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to applicants with high grades from their universities. To be considered the applicant must have a basic education at master's level (corresponding to the 3 + 2 Bologna process) have received the grade of 10
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committee, will select the applicants to be assessed. All applicants will be informed whether they have been shortlisted for assessment or not. The hiring process at Aalborg University may include a risk
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research with real industrial practice. You will work on asset-heavy cases from sectors such as energy, manufacturing, and process industries, where maintenance is not just about fixing breakdowns but about
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typically done by manually adjusting control gains through trial and error - a time-consuming process that is increasingly unreliable as grid conditions shift from minute to minute. This PhD project will
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Depending on the candidate, the physical workplace can be located either on the main campus of Aarhus University at C.F. Møllers Allé 3, 8000 Aarhus C, Denmark, or in the facilities of Aarhus University
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received after the deadline, and not to consider applications that do not live up to the abovementioned requirements. The further process After deadline, a number of applicants will be selected for academic
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to the abovementioned requirements. The further process After deadline, a number of applicants will be selected for academic assessment by an unbiased expert assessor. You are notified, whether you will be passed
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. Collecting and analyzing data from a full-scale (150 kWh capacity) pilot installation at DTU. Developing a computer model (“digital twin”) that link physical experiments with advanced control and operation
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Depending on the candidate, the physical workplace can be located either on the main campus of Aarhus University at C.F. Møllers Allé 3, 8000 Aarhus C, Denmark, or in the facilities of Aarhus University
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. Professor Haiyan Ou, DTU Electro. Responsibilities and tasks Thanks to the unique photonic properties and physical properties of SiC, versatile devices could be achieved on the SiC material platform