A materials physicist with over sixteen years of research and teaching experience, I specialize in the synthesis and characterization of advanced magnetic nanomaterials, spinel ferrites, and microwave absorbers. My work bridges fundamental materials science with high-frequency device applications, resulting in over 300 peer-reviewed publications, an h-index of 53, and recognition among the top 2% of scientists worldwide. I have led multiple funded research projects, supervised graduate students, and served as editor and reviewer for leading international journals. My teaching spans undergraduate and graduate courses in solid state physics, nanomaterials, electromagnetism, and microwave engineering. I am committed to advancing knowledge in magnetodielectric materials, developing novel absorbers for electromagnetic interference shielding, and training the next generation of scientists in experimental and computational materials research.