leading the product development of Quantum dot based materials for display application

Design active component/materials for vaping devicesDeveloped aerosol test methods

Lead the new product development effort at JUUL

Lead Laser process research and development, engineering, quality improvements, throughput, cost and capability enhancements with focus on additive manufacturing Responsible for material selection, quality assurance for new process development by working closely with vendorsDesigned and developed UV curable nanocomposite formulation compatible with ink-jet printing process for semiconductor application

• Responsible for technical reports, patent and Securing grants/funding from federal agencies • Lead a team for development of powerless drying system and passive cooling system and batteries• Designed polymer electrolyte-electrode assembly for electrochemical application• Developed nanocomposite sealant materials for high temperature application• Synthesized nanocomposite based dry adhesive gecko tape• Developed antifouling, corrosion resistant self healing coating• Synthesized non-toxic green fire retardant nanocomposite for structural application

• Developed protocols for vegetable oil based antibacterial paints• Synthesized flexible piezoelectric nanocomposites for energy harvesting devices• Designed nanoparticles embedded polymer membranes for catalysis

• Fabricated cellulose based battery and supercapacitor• Synthesized nanoparticles embedded liquid crystal for display • Designed synthesis protocols for organic-inorganic hybrid materials • Developed template-less synthesis process for metal nanowires• Site selective chemical functional of carbon based nanomaterials• Designed hybrid nanostructure of carbon nanotube and silica microbeads