Proficient in the field of microwave engineering research, I bring over a decade of expertise encompassing the design, simulation, layout, and physical verification of antennas, specializing in anechoic chamber measurements. With 5+ years focused on wideband high gain planar traveling wave antennas for radar imaging, and satellites, I've also contributed significantly to microwave circuit design and device simulation.As an educator for over 8 years, I've taught a spectrum of undergraduate subjects, including electromagnetic theory, microwave engineering, communication engineering, basic electronics, analog and digital circuit design, and physics of semiconductor devices. Further, I've spent 3+ years instructing postgraduate courses in antenna theory and advanced electromagnetic engineering. My hands-on experience extends to the characterization of various microwave devices, including mixers, power amplifiers, couplers, and transmission lines. I've actively contributed to labs covering microwave measurement, antenna fabrication and measurement, basic electronics, digital circuits, and communication engineering.My expertise spans antennas analysis & synthesis, microwave measurement and design, monolithic microwave integrated circuits, advanced engineering electromagnetics, RF/microwave design fundamentals, communication engineering, and the physics of semiconductor devices. Eager to connect with professionals and explore collaborative opportunities in cutting-edge microwave technology and education.