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We are seeking a highly motivated PhD student who is interested in pursuing research at the interface of control systems and optimization for smart grid technologies. Irène Curie Fellowship
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climate chamber for controlled experiments. The group also works closely with the department of Applied Physics (dr. Matias Duran Matute). An additional PhD student has recently started that will be active
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eager to electronically control light, like none before? Do you want to influence the next generation of FMCW LiDARs (Frequency-Modulated Continuous Wave Light Detection and Ranging) devices and
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investigate whether an active control approach might offer advantages with respect to performance, volume requirements and flexibility. Such an active control system would use some combination of sensors
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architecture where sub-systems can be re-arranged to handle services and traffic demands. The PhD will also address the definition, implementation, integration, and testing of various fast control and scheduling
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Offer Description Position PhD-student Irène Curie Fellowship No Department(s) Electrical Engineering FTE 1,0 Date off 23/06/2024 Reference number V36.7486 Job description The smart optical networks lab
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renewable energy production and easy controllable electricity demand (electric vehicles, heat pumps) the power flows become more fluctuating and less predictable. Due to these uncertainties, day-ahead
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the VFRM model and the voltage-excited power electronics model. This PhD trajectory focuses on the performance improvements of VFRMs using various control algorithms. The work will demand the following
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various levels of add/drop modular systems for colourless, directionless and contentionless systems. The PhD will also address the definition, implementation, integration, and testing of the various control
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-site manufacturing and logistics planning. The PhD candidate will develop modelling tools to analyse, (re-)design and control the manufacturing processes and the underlying value chain processes