The students are able to work with professional engineeringbehavior and with mathematical, theoretical and approval ways onelectric energy circles, network calculations, RF lines and antennastructures, well for EMC understanding. They are professional inanalyzing and synthesizing mathematic models for several systemsin electrotechnics, special grids, e-machines and severalelectrotechnics topologies.

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Theory of electrical engineering in AC-DC networks, power calculations, description in vector algorithm and matrix algorithm of technology systems, matrix calculations, electromagnetic field theory (Maxwell 2), rotors and derivation of field descriptions, Nabla and Laplace operators in use of electric fields, grid algorithm, RF conductor derivatives, RF equations for electric and magnetic fields seen in wave propagation, absorption and reflection, parameter discussions, antenna theory, radiation double by Hertz and electro mathematic field descriptions in atmosphere.

Giorgio Rizzoni: Fundamentals of Electrical Engineering, McGraw-Hill, 2008

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During the course