-Developed and validated client-specific analytical methods in a cGMP pharmaceutical environment-Led technical client interactions in analytical and client-onboarding business development meetings-Conducted analytical method development, product characterization, and client method transfers-Led multi-departmental trainings for the implementation of the UV-based SoloVPE system-Data analysis and method performance tracking using Excel and OpenLAB Electronic Lab Notebook

-Focused efforts to crystallize silver-DNA complexes for an NSF biomedical sensor research study-Wrote SOPs to organize experimental cycles and avoid downtime between crystal phases-Evaluation, documentation, and weekly reporting of experimental samples to the research team-Implemented crystal hanging drop and sitting drop looping with capillary handling techniques -Purification and concentration of low mol. weight DNA with spectroscopic confirmation-Packaging and transport of valuable crystal samples for XRD and neutron beam structural analysis-Maintained professional relationships with academic collaborators at ORNL and GA Tech

-Daily operation of analytical instruments and organized data priorities-Supervised laboratory personnel and assisted with any issues-Wrote SOPs regarding proper lab procedures and experimental tissue sample workup-Conducted small-molecule biomarker detection using a Bruker Solarix MALDI-Mass Spec-Discovered and co-verified a chemical and enzymatic method to detect O-linked sugar chain biomarkers-Performed calibrations, troubleshooting, and non-routine maintenance on HPLC and MS systems-Mentored incoming graduate students in instrument optimization and tissue handling techniques

-Skilled in method development and troubleshooting analytical instrumentation.-Developed LC/MS methods to analyze polymeric biocide compounds in contact lens solutions to characterize their antimicrobial capabilities.-Strong background with Waters UPLC/Q-ToF MS systems with Masslynx Software; 5+ yrs.-Experienced with HPLC, GC/MS, MSMS, GPC, UV/Vis, DLS, WCX and WAX-SPE, and UV-Vis analysis; 3+ yrs.-Trained over twenty undergraduates on proper analytical lab techniques and LC-MS data analysis-Presented my FDA research project at the local, state, and national level

During this time, I was the recipient of numerous research grants and stipends which allowed me to pursue a focus in analytical chemistry. Being awarded the honor of Howard Hughes Medical Institute (HHMI) Fellow and Scholar in my first year provided me the opportunity to develop an HPLC method to study the inhibitory effects of Prunella Vulgaris tea extract on MCF-7 breast cancer cells using UV detection. In subsequent years, I would go on to be a part of multiple other projects through the Research Experience for Undergraduates (REU) program among others. During the REU program, we created a "Day of Science" for the underprivileged elementary schoolers in our area and hosted a research symposium between ourselves and various nearby colleges and universities.Many of the projects that were completed or significantly advanced during my master's program began during my time as an undergraduate research assistant.