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the key electromagnetic coupling effects between layers and enables fast prediction of their tunable response without relying solely on full-wave simulations. To create efficient adjoint-based optimization
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for multilayer tunable metasurfaces that captures the key electromagnetic coupling effects between layers and enables fast prediction of their tunable response without relying solely on full-wave simulations
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. Sufficient skills in the English language. Additional Requirements Strong background in electrodynamics and excellent mathematical skills. Basic knowledge of computational electromagnetics. High proficiency in
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of computational electromagnetics. High proficiency in Python, MATLAB, Wolfram Mathematica, or similar programming software. High motivation and creativity. Good written and verbal communication, including
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, microwave engineering, electromagnetics, space science and technology as well as photonics and nanotechnology. Our researchers in IC design work with sensor interface electronics, energy harvesters, RF/MM
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. The position is located in the Department of Electronics and Nanoengineering at the School of Electrical Engineering. Our research spans photonics and nanotechnology, microwave engineering, electromagnetics