ABOUT ME
My research interests focus on the development of electromagnetic field theories, microwave techniques, and metamaterial-based designs. Specifically, I have concentrated on designing wideband microstrip antennas for 5G communication systems, developing high-efficiency microwave absorber surfaces for energy harvesting applications, creating metamaterial-based absorbers for biomedical sensor applications, designing low-profile antennas to reduce radar cross-section, and implementing filtering techniques to minimize mutual coupling in microwave circuits. Additionally, I am engaged in advanced engineering solutions, such as designing electromagnetic biosensors, utilizing metamaterials to enhance microstrip antenna performance, and developing dual-band GPS antennas. My work integrates theoretical insights with practical applications to deliver innovative and effective solutions to engineering challenges.