Designing, modeling and simulation of antenna structures and microwave devices using numerical analysis followed by manufacturing using bulk and nanoscale materials. Testing and examination of the performance of antenna structures and microwave devices using anechoic chamber, network analyzer, and spectrum analyzer. Testing wireless devices using indoor and outdoor equipment. Modeling electromagnetic interactions and studying quantum effects at nanoscale levels. Analyze physical phenomena in the nano-structure devices to design nanoelectronic and optoelectronics devices. Engineering advanced electromagnetic problems, developing new microwave theory and techniques, and applying the effective medium theory to complex media. Modeling artificial structures and analyzing their interactions at bulk- and nano-scale levels. Designing and testing modern antenna structures for wearable and textile applications. Fabrication of microwave devices using material printers such as the Fujifilm Dimatix material printer. Applying quantum and electrodynamics modeling in a semi-classical framework for complex medium at nano-scale structures.