The author’s grandparents moved into this house in Grosse Pointe Park, Michigan.
Research allows us to uncover the uncomfortable truths about our surroundings, or even our homes. I’m currently in AAS 350, an African American Studies class with Professor Keeanga Yamahatta-Taylor about the politics and policy of housing in the United States. It’s something that might seem straightforward at first — how complicated is building a house? But in reality, American housing policy and attitudes towards housing often perpetuate and preserve racist biases in the ways in which we build our communities.
Sitting in the back of a lecture can make your professor seem distant. Reaching out via email, discussed below, can help you get to know them better.
In my last post, I ended with a suggestion: reach out to faculty members. This post is an assortment of advice on how to go about doing that. More precisely, this post is about how to get in touch with faculty for the first time. Yes, dear readers, today we discuss the joy that is the cold email.
There are several situations in which cold emailing can be in your interest. You might want to get to know the faculty member better, or to do research with them. You might also want their advice on research at other institutions, summer programs, or independent work. Whatever your individual case, however, certain general principles apply when reaching out to faculty.
If cold emails are new or intimidating to you, fear not. The advice contained below will (hopefully) make this menacing task feel much more manageable.
At least once a week, without fail, I will stop in the middle of the p-set I am working on, or the paper I am writing, and think “what is the point of this?” Sure, the pursuit of knowledge may be a reward unto itself, but I don’t want my academic goals to be purely selfish–I want my course work at Princeton to benefit others. To this end, I have sought engaging research-based courses that can have a positive impact on people’s lives. These classes combine my academic interests with my desire for meaning, and provide a concrete ‘point’ to my course work.
Sure, the pursuit of knowledge may be a reward unto itself, but I don’t want my academic goals to be purely selfish–I want my course work at Princeton to benefit others.
Last Spring, I participated in GEO 360, Geochemistry of the Human Environment, a course focused on providing chemical analyses of tap-water, paint, and soil for low-income residents of Trenton, NJ. Only 11 miles south of our orange-bubble along the towpath, Trenton is one of the poorest cities in the state and has a serious and systemic lead problem. Lead exposure is caused by the deterioration of lead paint into dust and the leaching of lead from pipes into drinking water. While lead paint was banned in 1978 and installation of lead piping was discontinued in the mid 1980’s, lead is still ubiquitous in Trenton where 90% of homes and buildings were constructed prior to 1978. As homes in the city age, the lead within them becomes mobilized and hazardous, and residents often do not have the financial means to keep their homes safe.
This map shows our measurements of lead concentration in parts-per-billion for water samples from homes around the city. Although most homes do not have high water-lead concentrations, there is no ‘safe’ amount of lead. (Map grid is UTM N zone 18)
Our class worked alongside Isles, a non-profit Trenton organization that has tested over 2,000 homes for lead and provided remediation work–all free of charge–over the past three decades. We assisted Isles with field work by collecting samples, and measuring paint and soil lead in urban residences. We then analyzed hundreds of tap-water samples, measuring elemental concentrations with a mass spectrometer and conducting multivariate analyses to quantify the correlations between metals within samples. Our work helped Isles identify at-risk homes in order to provide them with lead paint remediation and/or water filters.
At Princeton, ‘finding your way’ can seem as daunting as escaping the Labyrinth. Even when things are going well, I find myself asking thinks like: What are the best courses to take next semester? What should I do next summer? What should I do with my life?
Developing a relationship with a mentor can be one of the most personally rewarding aspects of academic life at Princeton.
Questions like these don’t have easy answers, and as best as I can tell, we shouldn’t expect to wake up one day with everything figured out. But chipping away at these questions is important, and I’ve found it much easier to do so with some guidance. Where do we get guidance, though?
Enter the mentor. The mentor is your wiser half, your sensei—the person who guides you through this mysterious world with sage advice and unflagging support.
I have never liked open-ended projects. The ones that ask you to “pick one concept and explore it” or “pick something that interests you and expand on it” always overwhelm me. How can I pick just one thing to focus on from a semester-long course that I took for the explicit reason that I was interested in all of the subject matter?
Determining the most effective study strategy is on many students’ minds with exams approaching
Last spring, I was faced with one of these final projects in my cognitive psychology course. We were asked to pick one of the central concepts in cognitive psychology, identify a question and hypothesis related to it, and design an experiment to test it. The first thing I did was read over my notes from the semester to try to find something I was particularly interested in but…plot twist…I was interested in pretty much everything, so I needed to come up with a different strategy.
I decided to reverse engineer my search for a topic. What is a question I want to answer? What would I be interested in learning about right now? What is relevant to me at this moment? Well, at the time we were coming up on finals season, so naturally studying was all I could think about. How could I most efficiently study for all of my upcoming exams? Luckily, learning and memory are fundamental concepts in cognitive psychology so I was on my way to developing a successful, interesting, and relevant project. A project that not only appropriately connected to the material in the course, but one that I could apply to my day to day life.
A continuation of my last post, in which I describe my experience starting to work as a research assistant at a Chemical and Biological Engineering lab here at Princeton. My work began in 10th grade and ended early this year.
Several months in, I felt like I was finally getting my footing. I had expanded my knowledge enough that I could understand, and make meaningful contributions to, the research project. I was working on computationally modeling the 3D structure of one of the protein receptors that HIV-1 uses to infect human cells. This receptor can bind either to HIV-1 or to other proteins (ligands), and when these ligands are bound to the receptor, they block the entry of HIV-1. By modeling these structures, we hoped to design a synthetic protein that could block HIV-1 infection by binding to the receptor.
A closeup of some of the sidechains of the protein structure for a receptor and ligand.
A few days after I returned home for the rest of the summer, I opened up an email from my post-doc supervisor and felt my heart skip a beat.
“Please write the introduction for our paper on modeling the structures of HIV-blocking proteins over the next two weeks.”
Last February I wrote a post about reconciling my love for STEM with my humanities major. The summer before my junior year, I made a compromise with myself: take at least one quantitative course a semester. I thought this to be the most realistic plan to stay on track with my French major while keeping a promise to cultivate my inner Neil DeGrasse Tyson. I’m kicking off this plan with taking Intro to Data Science this fall.
RStudio and French literature get along better than I thought!
This compromise is useful on an academic level, given my new interest in Digital Humanities, a field that combines both humanities and technology. I am hoping to prime my quantitative side to explore this field, potentially for my senior thesis.
Nothing screams legal research more than hefty, leather-bound tombs and dark wood furnishings.
While Princeton doesn’t have a law school (at least, not anymore), a number of University departments offer interesting courses in legal theory, history, and philosophy. Students in these courses—especially those new to legal studies—may find themselves overwhelmed by strange Latin words and mountains of footnotes. Fortunately, there are a number of online and University-provided resources specifically geared toward legal research, which anyone writing a paper concerning law would be wise to use. The following is a rundown of some of my favorites from my time in POL 316: Civil Liberties with Professor Robert George.
The developmental social neuroscience lab studies how neural changes promote social, emotional, and cognitive development
As early as November of my freshman year, I remember hearing conversations around campus about summer plans. These conversations were not about the anticipation of vacation and relaxation, but rather the frantic and stressful search for the perfect summer opportunity to pad their resumes. It was safe to say that I was freaking out.
But this pressure motivated me to learn about my options, which ultimately allowed me to further explore my interests and participate in an incredibly rewarding research opportunity. After many meetings with my amazing academic advisers and career advisers at Career Services, I secured a position as a research assistant at a developmental neuroscience lab at UNC Chapel Hill.
This position consisted of nine consecutive weeks of unpaid, nine to five workdays, and the occasional shift on evenings and weekends. Sound draining? Yes, but I loved every second of it. Don’t get me wrong, it was a lot of work. But what was so enlightening about the experience was the fact that I actually enjoyed doing the work. I found something I was passionate about and I had the opportunity to engage with it every single day.
The first day was a blur—meeting everyone in the lab, getting familiar with the lab space, moving into my office (my own office!!!), and running around campus collecting my various parking permits and ID badges. After taking care of these logistical details, I hit the ground running.
During tenth grade, I began working as a research assistant at a Chemical and Biological Engineering lab at Princeton—a project I continued until we published a paper early this year. This lab performed computational research using extremely complicated algorithms. As a tenth grader, I had none of the basic knowledge I needed: no chemistry, biology, or coding.
The 3D folding structures I generated for HIV-1 receptor proteins and their ligands–one of the projects I worked on.
