Lessons in Organic Chemistry

Author: Kyra Frank

Photo: Three-dimensional illustration of chemistry molecule model in shades of blue and green.

When I entered college, I carefully chose a degree that would allow me to avoid taking organic chemistry at all costs. My journey with chemistry began in high school, where I enrolled in Advanced Placement (AP) Chemistry to bolster my plan of becoming a pre-med student. It was one of the first classes that truly challenged me, forcing me to develop problem-solving skills and build a solid work ethic. While this introduction to chemistry left a pleasant first impression, organic chemistry cast a shadow over my future academic plans.

I had heard endless warnings—on social media, from classmates, and in student forums—that organic chemistry was a "pre-med killer." Experienced students and pre-med peers advised me that the course was so difficult that it often drove people to switch majors or abandon science altogether. These stories planted a fear in me that I carried through my early years of college.

As my interests shifted away from medical school, I found myself drawn to science for its own sake. I became especially interested in interdisciplinary fields, leading me to major in quantitative biology—a blend of biology, mathematics, and data analysis. This seemingly perfect major presented me with the challenge I had long dreaded: taking organic chemistry. I braced myself for the worst, but my time in these courses ended up providing some of the most rewarding experiences of my academic career. Not only was I introduced to one of the subjects I now love most, but also developed invaluable skills that have helped me progress in my personal and academic journey.

Organic chemistry is essential in nearly all fields of science, ranging from materials science to environmental studies. More relevant to my background, it is deeply intertwined with biological processes, providing the foundation for understanding the molecular mechanisms that drive life. Chemistry is more than just a subject to study, but a toolkit for exploring the mechanisms behind life. Through this lens, chemistry can be seen as an essential tool not only for elucidating biological mechanisms but also for addressing and solving complex biological challenges.

What I learned in organic chemistry extends far beyond the classroom. Foreign concepts and abundant context forced me to invest my full effort in studying, learning how to collaborate with peers, and connecting with professors. This pursuit demanded intense focus, persistence, and adaptability—pushing me to think differently, approach problems methodically, and persevere through moments of frustration. These challenges ultimately strengthened me as both a student and a person, providing me with skills that have carried over into other classes, research projects, and non-academic aspects of my life. The experience reinforced an important truth: success in one area empowers you to tackle challenges in others. Once I realized that I could thrive in a subject I had feared, I began to see potential in places I hadn't considered before.

Confronting the challenge of organic chemistry was especially significant for me as a woman in STEM, studying at a school where over 70% of students identify as male. In environments where underrepresented groups are often questioned or overlooked, it's easy to feel as though your potential is limited by the expectations of others. Working toward the tangible goal of succeeding in these courses not only proved to others what I was capable of but, more importantly, it proved it to myself.

With newfound confidence, I began to take on new challenges and pursue a path that once felt out of reach, and I am now applying for PhD programs in chemistry. This journey has shown me how important it is to confront fears head-on. You might not always discover a lifelong passion, but every challenge presents an opportunity for growth. Whether it's mastering a difficult subject or stepping into an unfamiliar field, these experiences teach you resilience and open doors that you never knew existed.

For those of us from underrepresented backgrounds in STEM, facing fears can be especially empowering. It's not just about proving others wrong—but proving to yourself that you are capable, worthy, and ready to push the boundaries of what you thought was possible. When you embrace the uncomfortable and persist through challenges, you not only discover your strengths—you might just find what you love along the way.