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to control engineering, electric vehicles, hybrid powertrains, and/or fuel cell systems or equivalent competence. Working experience on dynamic programming, mixed integer nonlinear programming, model
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physics and nonlinear dynamics Experience in working with particle accelerators through the control systems Knowledge of one or more programming language for physics simulations, accelerator commissioning
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of nonlinear and quantum-optical devices and integrated circuits, allowing control of photonic signals with light of very low intensity (down to the single-photon level) and on length scales of only a few
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and networks, and more. The selected candidate will conduct experimental research activities, which may include the modeling and demonstration of linear and nonlinear microwave devices and circuits
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work lies in one or more of the following areas. We also list representative topics of interest within each area. Controls, Instrumentation, and Robotics: Nonlinear control systems; learning and control
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mitigation. Advanced simulation frameworks will be developed, combining wave & finite element based methods, multi-scale homogenization, and nonlinear modelling to efficiently investigate and evaluate a wide
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architecture, embedded systems, robotics, nonlinear and hybrid control systems, intelligent transportation systems, wireless networks, 3G and 4G cellular systems, agile radio, electromagnetics, plasma physics
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technologies. Understanding molecular quantum electrodynamics by studying the interaction between nanophotonic cavities and quantum emitters allows us to control optical phenomena and apply them in fields
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Under the direction of Dr. Tsampikos Kottos, the Research Scientist will be working on the research effort on “AI-Guided Self-Organization: Tailoring Disorder to Shape Complex Nonlinear Dynamics