● Design, analysis, and optimization of planar phased array antennas for ground-based satellite communication terminals in the Ka-band, Ku-band, L-band, and S-band. ● Design, analysis, and optimization of planar antennas and helix antennas in the UHF-band and S-band for GNSS, TT&C, and LoRa applications. ● Design, analysis, and optimization of passive RF components and antenna structures, including RF transitions, combiners/splitters, and passive beamforming networks (BFN) in both waveguide and planar technologies (microstrip and stripline). ● Design, analysis, and optimization of filters in waveguide and planar technologies (microstrip and stripline). ● RF analysis and design for industrial applications, such as microwave-generated and ignited plasma. ● RF measurements, including far-field and near-field antenna measurements. ● Design of antennas, phased arrays, RF structures, and building blocks for both avionic and ground terminals, as well as onboard satellite systems.

● Design, analysis, and optimization of a phased array antenna in Ka-band for a ground based satellite communication terminal, able to track several Ka-Band satellites simultaneously, for LEO and MEO satellite megaconstellations. ● Design, analysis, and optimization of passive RF/antenna-structures and building blocks (RF transitions, cambiner/splitter, passive BFN) in waveguide and planar technology (microstripline and stripline) technology.

● Design, analysis, and optimization of a planar phased array antenna in Ka-band for a ground-based satellite communication terminal. ● Design, analysis, and optimization of passive planar RF/antenna-structures and building blocks (RF transitions, cambiner/splitter, passive BFN) in Microstripline and Stripline technology.