Prediction of Photoreactive Molecules using Machine Learning: Used ChemProp model to predict the photoreactivity for the unknown set of molecules through dataset preparation and analysisusing Python, Rdkit and molecular representation (SMILES).

Synthetic Organic Photoacid Generator for Lithography Application: Exhaustively reviewed literature on Photoacid Generator (PAG) and planned their design and synthesis. Later, indolium and aryl iodonium-based PAG were investigated to explore their potential in photo-lithography applications.

Synthesis of Graphene Oxide using Modified Hummer's method for water purification application: Synthesized graphene oxide (GO) by oxidizing the natural graphite flake using Modified Hummer's Method. The prepared GO was characterized using different spectroscopic techniques and identified that GO has tremendous potential for water purification.

Synthesis of internal alkynes through Sonogashira Coupling reaction and basic experimental techniques in synthetic organic chemistry: Synthesized internal alkynes through substitution of halogen in aryl halide by the terminal alkyne in the presence of catalyst using the established standards. I gained hands-on experience with basic experimental techniques including HPLC, Polarimeter, and Microreactor.

Molecular modelling of organic compounds to predict their structure and properties: Investigated structure and properties of various organic molecules through geometry optimization, frequency calculation, electronic structure determination (HOMO-LUMO) using Argus Lab Software.