- Electromagnetics of High-Speed Circuits
- Signal integrity in high-speed digital systems
- Microwave integrated circuit design, modeling and characterization
- Antennas for Telecommunication and Wireless Systems
- Wave electronics; integrated, active, MEMS reconfigurable antennas
- Controlled-beam antennas
- Adaptive and diversity antennas
- Ultra-wideband antenna arrays
- Electronically tunable reflectarrays and reconfigurable reflecting surfaces
- Terahertz antennas
- Metamaterials
- Negative Refraction Media, Transmission-line Metamaterials
- Negative-Refractive-Index Tranmission-Line (NRI-TL) Metamaterials
- RF/microwave components using metamaterials
- Small metamaterial antennas, focusing and imaging with super-resolution
- Nanostructured and plasmonic metamaterials, metamaterial modeling
- Antennas in Plasmas
- Ionospheric and laboratory plasma waves; antennas and conducting tethers in plasma; rocket and satellite experiments in space
- Spacecraft interaction with energetic electrons: electrostatic charging and arc discharging
- Novel electromagnetic materials
- Electromagnetic Compatibility
- Compatibility of wireline and wireless communication systems
- Susceptibility/immunity of digital circuits; stress testing Electrostatic arc discharges
- Computational Electromagnetics
- Computer-aided solution of integral and differential equations
- Method of moments; finite elements; boundary elements
- Finite-Difference Time-Domain, Multiresolution Time-Domain
- Higher order, mesh adaptive techniques
- Wireless channel modeling
- Remote Sensing
