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of high-current power converters. Designing circuits, prototyping and testing in the lab. Any candidate who: has a good grasp of various power circuit topologies for DC-DC converters; is familiar with power
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capabilities of standard MRI scanners and building dedicated coils, RF electronics, and associated control circuits. Responsibilities and qualifications The aim of this PhD project is to study and develop
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. Measurement techniques in field applications and in the laboratory. Modeling and simulation skills (batteries, energy systems, electric equivalent circuits). Machine learning, statistical analysis, and other
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. Measurement techniques in field applications and in the laboratory. Modeling and simulation skills (batteries, energy systems, electric equivalent circuits). Machine learning, statistical analysis, and other
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the laboratory. Modeling and simulation skills (batteries, energy systems, electric equivalent circuits). Machine learning, statistical analysis, and other contemporary data-driven techniques. Computational
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modes. These mechanisms are evolving due to various synergistic effects. A significant failure mode is electrochemical migration, which leads to short circuits and fire risk. The morphology and chemistry
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experience in high frequency circuit design software including Keysight ADS and Sim4Life; Participate in meetings and visits to our international collaborators in Holland. Have experience in innovation in a
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. Demonstrate documented experience in high frequency circuit design software including Keysight ADS and Sim4Life; Participate in meetings and visits to our international collaborators in Holland. Have experience
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17 PhD positions - Marie Sklodowska-Curie Doctoral Candidates within the ‘FRESCO4NoPain, Frontier Re
effect of alternating current stimulation of the brain and spinal cord on the function of dorsal horn nociceptive circuits and its susceptibility to sensitise’, Institute of Neuroscience, UCLouvain