- Member of the two-year rotational Analyst Development Program (ADP)- Conduct detailed analysis to support credit policies for the Partnerships Acquisitions team, enhancing portfolio profitability and resiliency, while minimizing exposure to credit risk

- Conducted detailed financial modeling and valuation analysis on biotech companies, using DCF and comparables methods to determine intrinsic values and growth potential- Performed in-depth equity research on biotech firms, analyzing industry trends, financial statements, clinical trial results, and regulatory developments to generate actionable insights for portfolio managers- Produced in-depth research reports and presentations, delivering strategic recommendations to portfolio managers for informed decision-making and position updates in various biotech stocks

- TA for introductory chemistry during the Spring 2022, Spring 2023, Summer I 2023, Summer II 2023, Spring 2024 terms- Led recitation and review sessions designed to guide students through the course material- Organized weekly office hours to address the individual questions and concerns of students

- Conducted synthetic chemistry research under Dr. Amos Smith III- Synthesized a modified VE607 inhibitor for SARS-CoV-2 using standard organic chemistry reactions- Developed novel CD4 mimetic drugs that reduced the spread of HIV in primate studies

- Co-authored a series of white papers exploring the role of automation in the future of medicine- Collaborated with a team of healthcare consultants to redesign the delivery of pharmaceutical drugs in clinical settings- Assisted clients in restructuring hospital practices, resulting in a 30% reduction in expenditure on common generic drugs and qualification for 340B drug saving opportunities

- Investigated stem cell differentiation mechanisms and disease modeling under Dr. Gadue- Cultured and directed iPSC lines towards hematopoietic progenitors to study genetic blood disorders- Explored the role of KLF1, a transcription factor, in megakaryocyte differentiation and developed novel techniques for its detection and expression in iPSC cultures

- Sequenced and analyzed plant genomes using molecular biology techniques- Engineered heat-resistant plants through genetic modification- Employed network clustering software to record and analyze gene expression data