Computational Methods, EM Theory and Modeling: Integral Equation/Differential Equation; Time Domain/Frequency Domain; Hybrid and Multi-Physics; Low Frequency and High Frequency; Optimization Techniques; Parallel and GPU Computations; 

Antenna Modeling, Synthesis 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; 

Artificial Materials and Photonic Applications: Engineering Metamaterials; Microwave Photonics; Adaptive smart materials; Metasurfaces; Wave-matter interactions; 

Bio-Applications: Bio-EM; power/data telemetry; on-/in-body antennas; MRI; Body channel modeling; 

Microwave Measurement Applications: Near-field techniques; Microscopy; Microwave measurement techniques; microwave property characterization of materials; 

Nano-electronics and 2D Graphene Applications: Nanotechnology; Carbon nanotubes and 2D graphene electronic and optoelectronic devices; 

Wireless Power Applications: Wireless power and RF energy harvesting; EMC of wireless power; Emerging Semiconductor Processes/Fabrications and Applications: 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; 3D printing technology and Inkjet printing; MEMS and MMIC; Low-temperature co-fired ceramic and liquid crystal polymer based microwave devices; 

Microwave Radar and SAR Applications: Microwave remote sensing; SAR algorithms and systems; Inverse scattering; Radar techniques.