Investigation of growth mechanism of plasma derived carbon quantum materials to improve material properties. • Utilization of renewable bioresources for enhanced synthesis sustainability • Employ ethanol for carbon nanocomposite (sp2/sp3) with both graphene like and diamond like properties • Develop photoluminescence-based temperature sensing for efficient temperature monitoring • Utilize In-situ Optical Emission and Absorbance Spectroscopy analysis to study the plasma behavior for various synthesis conditions, optimizing synthesis process • Establish an effective correlation between In- situ diagnostics and ex-situ measurements to predict the synthesis outcomes.

• Instructed core subjects in undergraduation physics such as Quantum Mechanics, Electrodynamics, and Thermodynamics to enhance understanding of complex physical concepts • Designed and implemented problem solving strategies for complex physical problem to enhance analytical skill