• Supports data management for several clinical trials within the Johns Hopkins University School of Medicine Department of Neurology Brain Injury Outcomes Division Clinical Trials Coordinating Center (NEURO BIOS CTCC) Data Core unit

• Cleans data in Excel, creates figures and graphics to easily display data; creates email templates for future usages• Wrote and published the report for the Sperm Bank Data Survey 2022 (link)• Conducts research and compiles data on sperm banks across the United States by scraping webpages for relevant information• Contacts representatives at sperm banks via telephone and email to confirm scraped data for accuracy

• Completes scans of 1940s U.S. Census Maps at the National Archives for a project on historic redlining practices, air pollution and cognitive health outcomes (incidence of Alzheimer’s disease and related dementias) in African American communities

• Analytical chemist and applied researcher who supported a variety of projects and sponsors in the areas of national health and homeland protection by utilizing knowledge of method development for precise chemical analysis• Developed analytical methods for chromatographic and mass spectral techniques to produce qualitative and quantitative data about chemical compounds; developed processing methods and code to analyze spectral data and other quantitative information• Conducted systematic literature reviews using scientific databases such as PubMed and Web of Science; supported survey development using Qualtrics; performed quality control work on large datasets, manuscripts, and reports prior to release-------------------Notable Projects-------------------• As part of the Operations team, supported the White House Data Management COVID-19 Task Force, in partnership with the Federal Emergency Management Agency and the Department of Health and Human Services, by providing analytic support to inform executive decisions within 48 hours; provided quality control for daily and weekly products including the Community Profile Report and State Profile Report, available on healthdata.gov• Developed a cross-sectional medical practices survey, completed a robust systematic review, gathered static built environment metrics in operating rooms, and contributed to a process flow model as part of the APL team with Project Firstline, a Centers for Disease Control and Prevention initiative which aimed at teaming up with a coalition of academic, public health, and healthcare partners including 64 state, local, and territorial health departments to develop infection control training to improve health outcomes in clinical settings

• Compiled literature and contributed to research for a variety of projects in the ethics office pertaining to organizational ethics, organ donation ethics, gamete donation ethics, and humanitarian use devices• Upon the advent of COVID-19, co-authored two publications regarding organ donation during scarce resource allocation and patients leaving against medical advice; contributed to research for development of hospital triaging protocol• Shadowed clinical bioethicists on cases that arose in the hospital; participated in grand rounds and sat in on ethics consultation discussions• Worked with the bereavement care team to provide support and bereavement resources via telephone for families of recently deceased patients

• Ran experiments involving synthesis, distillations, and recrystallizations• Supported students by teaching mechanistic organic chemistry and safe laboratory techniques while they performed experiments• Multi-tasked, managed students, graded, and kept the lab safe while under changing conditions

• Performed steam distillation on organic material to extract essential oils• Analyzed and characterized components of essential oils through gas chromatography and 13CNMR

• Selected as 1 out of 10 fellows to participate in the CDC’s Biochemical Markers Fellowship, working in the Nutritional Biomarkers Branch• As part of the National Health and Nutrition Examination Survey project, worked to further method development for the determination and quantification of polyphenols in human urine using high performance liquid chromatography tandem mass spectrometry with electrospray ionization (HPLC-ESI-MS/MS)• Searched literature, compiled documents on current research, integrated spectral data using Analyst, and compiled data and trends in Microsoft Excel• Presented data and findings in a 15-minute presentation to my mentors and peers• Instruments used: Agilent 1290 Infinity HPLC, AB Sciex 6500 API triple quadrupole MS, Perkin Elmer Caliper Zephyr E3 SPE; Software used: Analyst

• Evaluated a prototype for its functionality and capabilities in testing explosives• Tested analytical standards of explosives using GC/MS; tested analytical standards of various explosive fuels using XRPD and FT-IR spectroscopy• Wrote a paper detailing my research as well as presented findings in a 20-minute presentation to my mentors and peersInstrumentation used (in various projects): FT-IR, GC/MS (CI-MS), and XRPD.

• Participated in a synthetic biology research laboratory transforming cDNA for CBDA synthase into E. coli via a binary vector system• Performed PCR, RT-PCR, and restriction digests; transformed competent cells and plated colonies; isolated and purified RNA, DNA, and proteins; ran and analyzed agarose electrophoresis gelsI received an acknowledgement on a paper, "Quantification of bacterial fluorescence using independent calibrants" published June 21, 2018. http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0199432