Computational Methods 

• Integral Equations/Differential Equations;

• Hybrid and Multi-Physics;

• Low Frequency/Asymptotic and High Frequency;

• Time Domain/Frequency Domain;

• Parallel and GPU Computations;

• Optimization Techniques

EM Modeling and Applications 

• Small Antennas; Wideband and Multiband Antennas; Terahertz Antennas; Antenna Arrays;

• Dielectric Resonator Antennas; Printed and Conformal Antennas; RFID antennas/systems;

• Space and satellite antennas; Antennas with advanced/complex/artificial materials and processes;

• Bio-Electromagnetics; Wearable antennas; implantable antennas; Body channel modeling;

• Radio propagation modeling and channel estimation;

• EMC; Wireless power and RF energy harvesting; Near-field techniques;EMC

• Engineering Metamaterials and plasmonics for absorption, cloaking, and wave manipulation;

• Microwave measurement techniques; Material microwave property characterization;

• Nanotechnology; Carbon nanotubes and 2D graphene electronic and optoelectronic devices;

• Wide bandgap/emerging semiconductor electronic devices: characterization, modelling and design;

• Advanced silicon, integrated passive devices and through substrate via;

• Passive/active microwave and terahertz devices; MEMS and MMIC;

• Large-area printing, inkjet printing and 3D printing technology;

• Low-temperature co-fired ceramic and liquid crystal polymer based microwave devices;

• Microwave remote sensing; SAR algorithms and systems; Inverse scattering; Radar techniques