A lot has happened in sophomore year. Each week felt long, yet when I added up all the weeks they passed by pretty quickly. When I think about who I was when I stepped on MIT's campus, I have changed a lot in various ways (academically, socially, physically, etc.). I have also learned lots of lessons, some which were hard. Here are some notable changes that I have experienced over the past school year:
Academic and Professional Interests
When I applied to MIT and other colleges, I wrote essays about wanting to major in biochemistry because of my fascination with the intersection of chemistry and biology. Before orientation, I was part of the Discover Chemistry FPOP (Freshman Pre-Orientation Program) group. I couldn't wait to do research that would contribute to developing new medicines and other therapies.
It wasn't until the summer after freshman year that I started to have doubts about my major. The TAs in my chemistry lab class were fine, but I felt depressed staying in lab for 6-8 hours a week on labs that haven't undergone significant changes in the past ten or twenty years. I still find chemistry research to be interesting, but the fact that the curriculum didn't really change much made me feel a little sad. Of course, click chemistry and cycloaddition is relevant for making prodrugs, but I didn't really like the idea of solely using traditional techniques. If one looks at the OCW version of classes like 5.12 (Organic Chemistry I), 5.13 (Organic Chemistry II), or 5.60 (Thermodynamics), it's not much different in terms of content. On the other hand, there are new topics in biology classes like 7.03 (Genetics) because there are so many new biotechnologies out there like CRISPR and other gene therapies.
Another thing was that I didn't really like the MIT Chemistry Department. The professors are fine, the administrators are nice, the principal lab instructor is caring, but I just couldn't stand being in such a small department. To some extent, it felt isolating and lonely. While I could make this case about the MIT Biology Department, it is bigger because of Coruse 6-7 (Computer Science and Molecular Biology) and there are a lot more faculty members who hold joint appointments in other departments Brain and Cognitive Sciences (BCS), Biological Engineering, Chemistry, etc. In other words, I liked how the MIT Biology Department research was more interdisciplinary across different institutions like the Broad, Whitehead, Ragon, and the Koch.
The biggest factor was that I just couldn't stop thinking about how most of my peers at MIT major in either computer science, math, or some combination that involves CS or math or both. I felt like I was doing something wrong, even though what you major in isn't necessarily right or wrong. It's about fit. I felt like the odd one out, being a life science major whose major didn't require any basic programming whatsoever. Reading Chemistry by Weike Wang last summer may have contributed to this sense of despair because I was depressed reading about a narrative that sounded quite familiar: a chemistry PhD student in the Boston area (probably MIT or Harvard) hates life and decides to leave the program. I understood the frustration of doing so many experiments with little to no progress and the expectation to love science even when it doesn't love you back.
These nagging feelings contributed to some of my sophomore slump last fall and I had some mini-quarter-life crises about what I wanted to do in the future. The more I stayed in the lab, the less I wanted to do graduate school. Lab class made me wonder if doing a PhD in biochemistry or some similar field meant staying in a lab for 6 years, repeating the same experiments to get the results so papers can get published. I thought of being premed for a month and after thinking more about it, I decided it wasn't for me. Course 6-7 sounded more appealing over time, even though I knew I was going to suffer and get a string of Bs in Course 6 (Computer Science) classes. It was going to be painful, but what mattered more was what career prospects I wanted in the future after graduation.
I spent an hour analyzing the MIT alum directory of what people in Course 5-7 (Chemistry and Biology) did after graduation and it was either PhD, MD, or MD/PhD. If it wasn't graduate school, then it was being a research associate or technician in a lab. On the other hand, when I analyzed what Course 6-7 alums were doing, it was more varied, with some working in health tech companies, others in software companies like Google, and the rest working in biotech or some life science field.
These reasons led me to change my major to Course 6-7 a few days before the deadline which allowed immediate changes that could be implemented during the spring semester. Changing majors is not ideal, but I am fortunate that I can still graduate on time since I am almost done with the biology requirements of the major. I don't really know what I want to do after graduation, but at least I have an extra path. Also, Course 6-7 allows me to do a fifth year at MIT to graduate with a MEng that involves completing a thesis and taking four graduate classes, which is doable.
Back when I was wondering what I was going to do as a Course 5-7, the idea of consulting at MBB companies (McKinsey, BCG, Bain) was alluring because those companies recruit a lot and do a good job at marketing the positions. During spring semester, however, I grew disillusioned with consulting and my heart simply didn't feel comfortable about being a generalist at a MBB company because of the ethics and my lack of interest in helping companies with increasing profits. I know that isn't all what consulting is about as some help government agencies and nonprofits. But I just found the interview case prep studies to be so boring. Like, why do I care about helping an amusement park with revenue? There are more important issues out there I would rather spend my time thinking about instead of preparing many slides and presenting at many meetings.
For now, I would at most go for biotech consulting firms because while it is very stressful, the work involves being engaged with new companies that have novel ideas when it comes to the field of translational medicine or therapeutics. After surviving 6.009 (Fundamentals of Programming), I would much rather painfully practice Leetcode over the summer and try for a SWE position at a small to mid-size company instead of reading case prep books for a MBB internship. The idea of using code to create something that can be used by people sounds more fascinating to me nowadays. Also, it's more popular to do SWE at MIT versus consulting. I also realized having some computational knowledge while having some foundation in wet lab research would help me find more internships in biotech, like ones involving ML/AI or internships at health tech companies. Of course, I have a very long way to go but I am open to pursuing this path.
Time Management
I had these observations in freshman year, though they weren't really obvious until sophomore year. I noticed that I would get a lot of work done if I forced myself to go to office hours to get help and figure out how to finish the problem set. Looking back, it's kind of silly of me to be so stubborn by staying in my dorm to "do" work because I found the dorm to be so comfortable. I was so lazy that I wasn't willing to walk 12-15 minutes to go the library. But after talking with my S^3 (Student Support Services) dean, I realized that ultimately it is better that I choose something that is more uncomfortable but in the long run will yield better results versus choosing something that is more comfortable but having little yield. It wasn't until May that I started spending more time in Barker Library to complete assignments like making my cheat sheet for my midterm or writing a lab report.
It's tempting to stay in my dorm room, but it's honestly not conducive for work. For some, being in an environment like a dorm room that's both for relaxation and work may not be an issue. For others like me, however, it's hard to separate the two settings. The dorm isn't loud, but the walls are thin so I can hear phone conversations and other noises. Also, there's the kitchen and quiet lounge to distract me by talking to people or getting food. Socializing is healthy, but it's important to block times designated for socializing instead of having that interrupt precious hours of deep work.
I also learned that college assignments are so long (12-15 hours) and difficult that the only way to complete them on time is to start them way before the due date. Even starting a day or two later (5 days before the due date vs a week before) increases the chance of a late assignment. This was especially the case for my programming class.
Running
If you told me that I would end up training for a marathon when I was a freshman, I wouldn't believe you. Even a marathon walk. I sadly did not get to run the marathon because of a hamstring injury on my right leg, though I managed to run my longest distance of 20 miles for the marathon simulation as part of the training. In terms of official events, I ran a half marathon last year, which was the first in my life.
I think being in Boston made me want to start running since the Boston Marathon is such a big deal and there are so many runners running along the Charles River that goes as far as from the Science Museum to Watertown Square. Also, the river is very beautiful and the Boston skyline is just amazing. It's hard to say no to not running along Memorial Drive or the Esplanade.
It's hard to convince my younger self why running is fun, but it feels so freeing. It makes me not think about school too much, allows me to leave campus for an hour or two, and makes me just focus on the present moment by making note of the sun, wind, blue sky, etc. Running just makes me feel alive and healthy.
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