• Led the synthesis and characterization of core-shell latex particles via semi-continuous emulsion polymerization, ensuring that the lab-scale synthesis aligned with industrial patent specifications• Utilized DLS, GPC, and NMR for comprehensive particle analysis

• Led and completed four research projects by analyzing and interpreting experimental data, resulting in six peer-reviewed publications• Synthesized and purified pyrene derivatives with varying alkyl linker lengths and functional groups, and developed a general protocol now adopted by other graduate students in the lab• Implemented SOPs and performed maintenance on laboratory equipment, ensuring smooth lab operations• Trained and guided junior chemists in experimental design, helping them achieve their research goals successfully• Developed a Python program independently to compare experimental results with expected values

• In collaboration with industrial partners, synthesized pyrene labeled starch nanoparticles for their application in nitroaromatics detection• Researched, developed, and implemented a methodology to coat a paper substrate with hydrophobically modified starch nanoparticles used to sense nitroaromatic compounds• Analyzed and parameterized data to determine detection limits for various nitroaromatic compounds• Prepared and delivered presentations and reports to effectively communicate research results to industry partners, which led to securing a provisional patent in May 2019