"Interdisciplinary Learning"

My favorite class in high school was also my hardest. It was World Culture/World Literature, an hour and a half each day of seeing history, art, and literature not as separate entities but as intricately connected, one incomplete without the other. I learned to see humanism in Greek sculpture, religious propaganda in the chiaroscuro of Baroque paintings, disillusionment in modern art. Although seemingly unrelated to my STEM-leaning interests, the analytical skills I learned there would prove invaluable in neuroscience research. Connecting electroencephalography results to mechanisms for chronic pain relief wasn’t all too different from drawing links between historical movements and paintings; both required an intimate knowledge of background information and a willingness to take risks, to see new relationships and forge unprecedented connections.

LSA embodies precisely this mentality, fostering interdisciplinary learning and problem-solving. With classes like “Health, Biology, and Society: What is Cancer?”, bridging humanistic and biological approaches to disease, and graduation requirements ranging from Natural Sciences to Race and Ethnicity, LSA prepares students for the real world, where problems necessitate not just single-minded expertise but also a diverse understanding of other factors involved. My internship experience only confirmed the practicality of this perspective; we used mindfulness meditation alongside spinal cord stimulation technologies to treat chronic pain.

This mindset is not confined to learning inside the classroom. The LSA Opportunity Hub is robust, connecting students to internships at Nike, Forbes, and the US Department of Education, among other places. To intern as a research assistant at Mayo Clinic, to use mathematical models to predict brain tumor growth like current Michigan junior Tatum Doyle would be an unequalled opportunity. Her work in incorporating mathematical concepts in medical research personifies the LSA culture, where problems are best solved holistically. LSA’s interdisciplinary approach does not detract from fostering specialization and excellence in specific fields, but adds; its Biochemistry program promotes innovation and independence in its students and is ranked top in the nation.

I remember boiling down cabbage with my dad to make acid/base indicators. In elementary school, my teacher wrote that I had been spending too much time reading animal books and too little time playing with other kids. I loved (and still love) all things living, often marvelling at the complexity of the animal kingdom, the human body, the organs, and the cells that were the foundation for everything else. The first time I read about the process of translation, of rendering mRNA into proteins, my eyes filled with tears; this is what I wanted to do, to apply the chemistry that had defined my childhood to my love of biology.

LSA shares that passion, dedicating a plethora of resources, both intellectual and material, to its Biochemistry department. With equipment like atomic absorption spectrophotometers, classes in Endocrinology, and distinguished professors, the University of Michigan has everything any biochemistry undergraduate student would need, and much more. To research under a PI like Dr. Kopelman, winner of the J. William Fulbright Research Award, would be a dream fulfilled. His work in employing 5-dimensional chemical imaging to visualize and treat tumors does what LSA does best; it uses an interdisciplinary approach to make academic discoveries both relevant and essential in the real world. It is a culture I would be honored to take part in, should I be accepted.