- Responsible for all NMR-based screening of designed compounds for two independent projects (10- 30 samples per week), including data acquisition, analysis, interpretation, and reporting. - Developed and implemented the company’s NMR compound screening pipeline. - Performed multidimensional NMR analysis of designed compounds to determine binding sites on target proteins. - Developed and executed protocols for protein purification, NMR sample preparation, and solution-based drug binding assays. - Worked with the chemistry and drug design teams to provide data-driven feedback on compound designs.

- Responsible for maintaining 6 routine stability studies, including authoring summaries, reporting results, and ensuring timely completion of assays. - Performed routine assays for SE-HPLC, SE-UPLC, and subvisible particle analysis. - Designed, wrote, and executed protocols for routine stability studies and formulation robustness studies for biologic BDS and formulated DP, including DOE-driven studies.

- Discovered the function of a mimic of the mammalian cytokine TGF-β using biophysical and cell biology tools. - Used biophysical methods (NMR, SPR, ITC) to characterize the interactions between TGM6 and TGF-β family receptors. - Used X-ray diffraction and NMR spectroscopy to determine the structures of TGM6-D3 and the TGM6-D3:TβRII binary complex.- Utilized UV resonance Raman spectroscopy and TEM to characterize the structure of polyglutamine peptides and fibrils between 10 and 20 repeats in length. - Collaborated with NMR specialists and computational specialists to confirm results and work with additional parameters for understanding the structural propensity of these materials.- Characterized the binding of xenon to myoglobin and trypsin by UV resonance Raman and 129Xe NMR spectroscopies.- Utilized density functional theory and Born-Oppenheimer Approximations to correlate molecular vibrational modes and frequencies with varying protein dihedral φ angles.

- In charge of initial investigations into atypical manufacturing events as well as initiating deviation reports.- 100% of deviation investigations and reports submitted on-time.- Worked toward standardizing information in SAP for deviation reports.

- Performed characterization, sensitivity, and precision analyses on a Fourier Transform Infrared (FTIR) spectrometer.- Designed and set up stability studies for FTIR sensitivity and precision analyses.- Wrote analysis programs for interpreting FTIR results that reduced turn-around time and improved interpretation of the results.

- Worked as an inorganics analyst.- In charge of routine analyses following in-house, USP, and PhEur methods.- Involved with method development, method transfer, and method validation.- Worked with FAAS, GFAAS, ICP-OES, and ICP-MS techniques.

- Worked with a team of 4 student managers to lead a team of 7 coordinators and 60 volunteers in putting together the Fall 2011 and Spring 2012 Engineering Career Fairs. - Led a team of 7 coordinators and 40 volunteers in putting together the Spring 2011 Engineering Career Fair. - Coordinated use and organization of staging areas used during the event.