• Development of novel bioanalytical methods for protein stability measurements• Application of existing bioanalytical methods (e.g., SPROX, PP and LiP) for the thermodynamic characterization of allergens from different sources (e.g., cockroach and birch pollen)• Prepared samples for proteomic analysis• Operated Thermo Fisher Scientific Easy-nLC 1200 nano-flow UHPLC• Operated Thermo Fisher Scientific Orbitrap Exploris 480 high resolution mass spectrometer• Captured MS/MS proteomics data and analyze it with Proteome Discoverer, Excel, and Mathematica

• Mentored General and Analytical chemistry students• Facilitated and instructed General Chemistry laboratory course

• Managed laboratory supplies and reagents• Performed mass spectrometry analysis (e.g., LC-MS, QQQ, and MALDI-TOF) on samples submitted by service users

• Completed broad spectrum LC-MS metabolomics study involving latent RSV infection and anxiety in collaboration with Dr. Patricia Sheridan at UNC CH.• Extracted cells, tissues, and plasma/serum for mass spectrometric analysis.• Prepared calibration solutions, mobile phases, and reagents needed for metabolomics analysis.• Operated Waters’ Acquity coupled SYNAPT G2Si high resolution mass spectrometer, performed daily calibrations and captured MS/MS broad spectrum metabolomics.• Used Progensis QI for broad spectrum metabolomics data analysis, library matching and metabolite identification.• Performed multivariate statistical analysis (PCA and OPLS-DA) using Simca/EZInfo.• Managed the inventory laboratory supplies and reagents, storage of biological samples and maintained the standards library