I am an Assistant Professor and researcher specializing in the Department of Electronics and Communication Engineering. My academic and research focus centers on the mathematical modeling, performance analysis, and optimization of modern communication systems, with a strong emphasis on integrating machine learning techniques for intelligent wireless network design.
Driven by a passion for bridging fundamental theory with advanced system applications, my core research explores complex wireless architectures, resource allocation, and analytical frameworks designed to enhance network reliability and spectral efficiency. Complementing my research endeavors, I am deeply invested in engineering education. I enjoy teaching and mentoring students in foundational and core technical subjects, including Signals and Systems, Wireless Communication, Digital Communication, Random Variables and Stochastic Processes, and Digital Logic.
My goal is to foster an analytical mindset in the classroom while contributing rigorous, impactful solutions to the evolving field of telecommunications through collaborative research and doctoral mentorship.