

Materials scientist specializing in the design, synthesis, and engineering of advanced nanomaterials and functional materials for applications in sustainable technologies, healthcare diagnostics, and electronic devices. Research expertise encompasses carbon-based nanomaterials, metal oxide semiconductors, polymer nanocomposites, thin-film membranes, and multifunctional sensor platforms, with a strong emphasis on understanding structure-property relationships and translating fundamental materials insights into high-performance devices. Current research directions include nanomaterial-enabled membrane technologies for water purification and desalination, non-invasive biomarker sensing platforms for healthcare monitoring, and multifunctional carbon-based materials for electromagnetic interference shielding and electronic applications. Experienced in nanomaterial synthesis, surface and interface engineering, thin-film fabrication, device integration, and advanced materials characterization using spectroscopic, microscopic, structural, and electrochemical techniques. Author of 45+ SCI-indexed publications with an h-index of 23 and more than 2600 citations, contributing to the development of next-generation materials solutions for environmental, biomedical, and technological challenges.
Experimental design
Interdisciplinary collaboration
Project management
Innovation and creativity
Experimental work plans
Advanced data analysis
Research methodology
Interpretation of findings
Laboratory techniques