Design and fabrication of Nanomaterials from 0-3 D along with nanocomposite and also India–Poland research mobility.

My core scientific expertise lies in understanding how atomic‑scale defects, interfaces, and structural heterogeneities govern the performance of optoelectronic and energy‑relevant materials. I work extensively with 2D materials, MXenes, oxide systems, and semiconductor structures, exploring their tunability for sensing, photodetection, catalysis, and electronic applications. I am particularly interested in bridging the gap between materials synthesis, characterization, and device integration, ensuring that scientific insights translate into meaningful technological outcomes.

Beyond laboratory research, I am deeply invested in international scientific cooperation, especially through India–Poland academic mobility and diaspora‑science engagement. I contribute to community‑building initiatives, multicultural collaboration, and science diplomacy efforts that strengthen research ecosystems and create opportunities for emerging scholars. My work often intersects with broader themes such as sustainable materials development, digital transformation in research, and cross‑disciplinary innovation.