This semester, in our spring series, PCURs will interview a graduate student who either is currently a graduate student at Princeton, or attended Princeton as an undergraduate. In Graduate Student Reflections: Life in Academia, interviews with graduate students shed light on the variety of paths one can take to get to graduate school and beyond, and the many insights gained along the way from research projects and mentors. Here, Shanon shares his interview.
As part of our seasonal series on graduate students, I decided to interview Ole Agersnap, a friend of mine in his first year of the Economics PhD program. Ole and I met at the beginning of this year in the Princeton Chapel Choir, where we both sing as baritones. Over the course of the year, we’ve chatted regularly about economics, school, and life in general. Ole is a dedicated scholar with a clear perspective on his academic journey, so I hope you enjoy reading his reflections! Continue reading Graduate Student Reflections: An Interview With Ole Agersnap
Growing up, I always enjoyed reading books. While some of my friends complained about having to read short chapter books for homework, I was busy devouring book after book. One summer, as I went to check out a stack of books for the next week at my library, the librarian scanned my card and suddenly exclaimed, “Ah hah! It’s you! You’re the one who’s read most of the Young Adult section this summer!” I frequently argued with my parents over the merits of bringing half a suitcase full of books on every vacation. They constantly asked if I wanted an eReader for whatever holiday was coming up, but I was far too set on physical, paper books and refused each offer.
This semester, in our spring series, PCURs will interview a graduate student. In Graduate Student Reflections: Life in Academia, interviews with graduate students shed light on the variety of paths one can take to get to graduate school and beyond, and the many insights gained along the way from research projects and mentors. Here, Nicholas shares his interview with Mike Hepler, a fourth-year Ph.D. candidate in the Department of Mechanical and Aerospace Engineering.
This semester, in our spring series, PCURs will interview a graduate student from their home department who either is currently a graduate student at Princeton, or attended Princeton as an undergraduate. In Graduate Student Reflections: Life in Academia, interviews with graduate students shed light on the variety of paths one can take to get to graduate school and beyond, and the many insights gained along the way from research projects and mentors. Here, Rafi shares his interview.
Jonathon Catlin is a second-year Ph.D. student in the Department of History, focusing on intellectual responses to the Holocaust. Before beginning at Princeton, he earned his B.A. from the University of Chicago in Jewish Studies and Fundamentals: Issues and Texts and his M.A. in philosophy from KU Leuven in Belgium. A few days ago, I sat down with him in Chancellor Green café to hear about his research journey and some of what he’s learned along the way.
How did you arrive at your current research topic?
I was a junior in high school and, for whatever reason, I decided to take a course called “The Holocaust in History, Literature, and Film” at Harvard Summer School. Why I chose it I don’t know, but the rest is history. Holocaust representation and its intersections with philosophy, religion, literature, film — all in a sort of historical context — is essentially what I’ve been working on for about eight years now, bouncing around multiple disciplines.
My dissertation is hopefully going to be on the concept of catastrophe in modern European thought – a project I’ve been working on since my first year of undergrad. I guess the newest thing for me about coming to Princeton is that I’m in a history department now, which is just totally different than the interdisciplinary humanities focus that I was used to.
I think many would agree with me when I say that the spring semester is one of the hardest parts of the academic year. Not only are there fewer breaks to help space out assignments, but keeping up with back-to-back papers, problem sets, and assessments can really wear on students. Moreover, April and May can be particularly stressful due to the numerous independent work deadlines they contain. While some upperclassmen have already handed in their Theses and Junior Papers, several others are still working hard to the finish line. By the time the due date comes, many will be tempted to submit their work without a second glance. But the last thing anyone wants is to finally send in their results only to later realize that they forgot to [insert independent work requirement here]. So before you anxiously hit the “submit” button, here’s an independent work checklist you might want to quickly run through:
Everyone knows that writing a Senior Thesis is an exceptionally time intensive process. I expected that conducting the research necessary for a 75+ page paper and actually writing it would take months of work. However, what I did not expect was how time consuming other aspects of my thesis would be. As I was finishing up my thesis, I realized (the hard way) that one of these aspects is formatting. While exact requirements vary by department, most theses must include document elements, such as chapter headings, page numbers, and table of contents. Adding elements like page numbers may not seem particularly challenging, but, when you’re working in a very long document, it can be quite tedious.
In an attempt to save you all some time and stress, I have compiled a short list of tips on formatting long documents in Microsoft Word that I learned mostly through Google searches and trial and error. Many seniors format their theses in programs other than Word, such as LaTeX (Alec has provided some helpful advice on how to use LaTeX in a past post). But if you are like me and are relying on Word, here are a few things to keep in mind:
This week, I’m working on a paper for Human Rights, a politics class that I’m taking.This course only has one major paper assignment, and it’s very broad. Given that this is a tricky, but not entirely uncommon situation, I thought I’d share my approach to writing this paper. It’s often said that “writing is thinking,” so why not write about thinking about writing?
I started thinking about the paper pretty early in the course. To be fair, this wasn’t all me—my preceptor gently encouraged us to have a topic in mind before Spring Break. The best thing about brainstorming topics early is that you have the time and latitude to allow your idea to evolve. And evolve my idea did. Continue reading How to Approach a Politics Paper
The blank page at the very beginning of the writing process is one of the most difficult stages for me. I struggle with how to get started and feel overwhelmed by the amount of work ahead of me.
To avoid this blank page, I open a Word Document called “Notes” early on in the research process. As I sort through the ever-accumulating pile of books and articles on my desk, I copy the relevant quotes into the document, followed by the author’s name and the page number. Typically, only a fraction of these quotes actually make it into the paper, so it can be hard to know when to stop. The metric I’ve figured out is: when the notes document is double the length of the assignment, I know it’s time to begin drafting the paper.
As I write, this document becomes my primary resource for information and direct quotes. Because it’s consolidated in one file, it’s easily navigable and searchable. Sometimes, I reorganize the quotes into sections to guide my paragraph structure and overall argument.
In the past, this system has worked well for me. But in the past few weeks, two of my teachers have modeled an exciting new approach to organizing research materials: visual mapping. Continue reading Visualizing Your Argument
Like most engineering students, I have spent almost two years at Princeton learning the fundamental theory of my field. While the material is interesting, it can be difficult to imagine how the concepts can lead to practical applications in engineering, and some of the basics can begin to seem useless in the real world.
Thermodynamics is one of the fundamental Mechanical and Aerospace Engineering (MAE) courses. It explores heat transfer and the relationship between heat and other types of energy. When I took the course last semester, I spent a large amount of time learning about heat pumps—cycles that move heat against its gradient (the way it “wants” to flow) from an area of low temperature to an area of high temperature. This process explains how comfortable temperatures are maintained in most living spaces. While the general application of the theory was clear to me, it seemed as if it would never be relevant to me. Fairly efficient air conditioners and heaters already exist and are unlikely to undergo a major overhaul in the near future, so why spend so much time learning the minutiae of how they work?
“Any science major should consider this course…it is basically independent work guided by two top notch professors and supported by an entire seminar class.” – Anonymous Student Review
Every undergraduate studying the natural sciences at Princeton undertakes significant independent research projects in their Junior and Senior years. GEO/WRI 201: Methods in Data Analysis & Scientific Writing is a unique course designed specifically to teach students how to write an independent scientific paper. If you are a Sophomore or Junior looking to attain the concrete skills and confidence to tackle independent research, there is no better class to take.
In 201, you will learn how to design, research, write, and present original scientific research, all through the lens of measuring changing landscapes using satellite and drone-derived aerial imagery. Under the mentorship of Adam Maloof (GEO) and Amanda Irwin Wilkins (WRI), and with the support of your peers, you will: develop an original, well motivated scientific question; design effective field methods to test a specific hypothesis; quantitatively analyze data and imagery; and learn how to effectively communicate the results in a scientific paper and slideshow presentation. The highlight of the class is a nine day field trip across Utah, where students work collaboratively to implement their own field methods, piloting drones and collecting climatological data.