Radiation mechanisms, radiation patterns. Impedance concepts. Wire antennas.
Antenna arrays. Frequency independent antennas. Aperture antennas. Antenna
measurements and design.

Novel waveguide structures theory and design, with emphasis in Substrate Integrated Waveguides (SIW) and gap waveguides (GW). Computer aided modeling and design of unit cells and complete waveguide structures. Waveguide feeding mechanisms. Antenna theory, design and applications, based on the discussed waveguides.

Advanced theory and techniques for the analysis of electromagnetic systems applied to electrical engineering problems. Advanced study of Maxwell's Equations. Construction of solutions and study of the wave equation, with emphasis in propagation, scattering and radiation. Study of the electrical properties of matter and propagation, polarization, reflection and transmission of waves in diverse media. Use of Green's functions in the solution of electromagnetics problems.