Research Scientist at New York University Abu Dhabi (NYUAD), working at the intersection of plasmonics, 3D nano/microprinting and biosensing. My research focuses on wafer-scalable optical nanostructures, meniscus-guided 3D printing of multi-material architectures and brain-inspired biosensors for healthcare, environmental monitoring and agri-food applications. I aim to translate nanoscale design principles into practical, scalable and sustainable photonic and sensing technologies through interdisciplinary research and collaboration.
Innovating at the intersection of nano-optics, chemistry of materials, design optimization and bio-inspired approaches to enable multi-application perspectives.
First-in-field 3D printing of plasmonic architectures and multi-metallic nano-assemblies under 100 nm resolution. On-demand additive manufacturing for functional materials.
Development of highly selective and sensitive brain-inspired sensors with an atomic level precision/distinguishability for healthcare, agri-food safety and environmental monitoring.
Engineering and development of innovative plasmonic nano-cavities that are robust, highly efficient yet fabricated at low-cost. Address and incorporate variety of multi-functional materials leading to versatile on-demand applications.
Designing and orchestrating self-assembling nano-systems driven by engineered biological mediators.
As a first-generation degree holder from the rural village of Ponnalamman Solai, Tamil Nadu, I view education as a profound transformative force. From my early physics education in India to pioneering cutting-edge research in South Korea, leading a group in Germany and now advancing nanoscale design as a Research Scientist at NYU Abu Dhabi, my path is driven by cross-disciplinary curiosity and a dedication to democratizing science.
Read Full BiographyOpen to cross-disciplinary collaborations in plasmonics, 3D printing and biosensing. Interested in joint projects or partnerships? Get in touch.
