1. Critical Thinking & Problem Solving

Through my foldamer synthesis research, I regularly encountered challenges in reaction optimization, purification techniques, and compound stability. This required me to analyze complex data, troubleshoot reaction failures, and adjust protocols with minimal supervision. I learned to think analytically and creatively, using literature reviews and logic-based reasoning to refine our approach and improve yields. This strengthened my ability to approach scientific questions methodically.

2. Communication

Working in a research lab meant regularly explaining findings to both my PI and lab colleagues, some of whom were outside the chemistry field. I presented my results in weekly meetings and also contributed to drafting parts of a manuscript. This helped me learn how to tailor scientific communication to different audiences.

3. Professionalism

Maintaining rigorous lab protocols, managing sensitive data, and staying consistent with experimental timelines taught me a high level of responsibility and discipline. Whether documenting procedures in lab notebooks or coordinating with team members, I developed habits that reflect strong work ethic and accountability.

4. Technology

My project required using analytical tools like 400 and 500 NMR to verify chemical structures and purity. Learning to operate and interpret data from these instruments, along with digital tools like ChemDraw and Excel, gave me valuable technical proficiency. This hands-on experience with advanced lab equipment translates well into both clinical laboratory environments and scientific research.