Some photos from writer Xander Jenkin’s International Internship in Wales, UK. Photo credits: Xander Jenkin (2023)
Last summer, I went abroad on a fully-funded internship doing astrophysics research at Cardiff University, in Cardiff, Wales, UK. This experience not only solidified my career decision to pursue astrophysics research, but also gave me a unique immersion into Wales and Welsh culture as well as the broader United Kingdom. If you are curious about research abroad, read on!
This past summer, I had the incredible opportunity to be a research intern in the Princeton Department of Geosciences through the High Meadows Environmental Institute (HMEI) Internship Program. As a rising college sophomore who had spent half of my high school years during the coronavirus pandemic, I was eager to seek out an opportunity that would allow me to engage in an in-person laboratory research experience, and this was it.
The High Meadows Environmental Institute Summer Program provides a number of interdisciplinary research opportunities. Consider applying to join one of the amazing opportunities for this upcoming summer! Photo Credits: Mae-Yung Tang (High Meadows Environmental Institute Program Tech Support Specialist).
Even before stepping foot on campus, I had already heard of the challenges that came with the Writing Seminar, the first-year writing requirement. Students are able to rank by preference several Writing Seminars covering different topics, which have included topics such as WRI 116: Sustainable Futures and WRI 159: Gray Matter. In each of these Writing Seminars, students develop their writing skills through a research focus, writing three research papers throughout the semester. As Writing Seminars are such a widely discussed topic for first-years and there is an abundance of advice from juniors and seniors floating around, I wanted to write a more detailed article specifically about what I did to learn how to write.
If you want to take your research in the humanities to the next level while here at Princeton, one of the best ways you can do that is by availing yourself of Princeton’s Special Collections. Home to vast stockpiles of manuscripts, rare books, coins, and other materials, Special Collections is a great place for students who want to pursue rigorous and impressive humanities research while making use of the excellent resources that Princeton has to offer. Many of these articles were donated by benefactors or acquired by the university specifically so that they could be researched by professors, students, and other researchers. In this article, I’ll present some reasons why you might consider checking out Special Collections, and then follow that up with a basic “how to” for when you visit.
A manuscript of an Ethiopic Synaxarion in Special Collections
You may not feel as confident as CEE department graduate student Meiqi Yang looks here working on lithium extraction, but as you do more research over time, you’ll feel much more comfortable as you progress. Photo Credit: Bumper DeJesus (2023)
When doing research as an undergraduate, sometimes the work you are doing and topics you study may be very familiar to you, other times you may be totally unfamiliar with what is going on. Maybe you even have some previous experience but the topic of the project is way above anything you’ve done before—you might be working with a physics professor on something really advanced like quantum field theory or condensed matter, which you have never taken a class on and are expected to now work on and understand what’s going on during your project. This can happen a lot in any field, not just STEM, where your professor may have spent years studying something that you are expected to contribute to after having taken maybe a few classes in it, if that. Some professors may work more often with graduate students, so they may assume that you know “basic” things about your field that you as an undergrad have just encountered for the first time: you could be working with an Art History professor who focuses on Late Antiquity, and they start throwing around terms and common symbols that you aren’t able to easily recognize.
Regardless of the circumstances, this situation comes up a lot in undergraduate research. The fortunate thing is that tons of professors are willing to work with students who have no prior experience in the subject, but you still have to wrestle with “catching up” as you try to somewhat understand anything that you’re actually doing. Here are some tips to try to get acclimated with difficult, unfamiliar topics that may be well above your current depth as an undergraduate.
This past summer, I had the incredible opportunity to be a research intern for the Sigman Research Laboratory in the Princeton Department of Geosciences. It was an incredible learning opportunity and a great experience of exposure to laboratory research in the field. Find out how you can discover the right field for you! Photo Credits: Mae-Yung Tang (High Meadows Environmental Institute Program Tech Support Specialist). Continue reading How to Choose a Topic
Course selection is coming up! Picking classes that you are really excited about can be one of the best academic moments of the semester. Doing as much research on a course as possible can help to ensure I will enjoy a professor’s teaching style, which in my opinion is just as important as being interested in the subject matter. As those of us who have dabbled in the social sciences know, survey data can be a great method for evaluation, which is why when it comes to picking courses, I tend to weigh student ratings pretty heavily.
This helpful diagram from the Writing Program website outlines the steps of the writing seminar enrollment process.
This strategy for course selection, however, is far from perfect. Now that I am more than halfway through my time at Princeton, I am all too familiar with hoping to read the reviews for a course only to discover that there aren’t any. The first time I had this experience was in the fall of my first year when I was trying to pick a writing seminar.
That’s right, first-years! For those of you who are taking your writing seminar this spring, you will soon discover (if you haven’t already) that there is no way to see the feedback provided on these courses by previous students. On top of the lack of access to course evaluations, there is no add/drop period for writing seminar; once you get your assignment, you will have to stick with it. So where should you start when trying to decide how to rank your top choices?
Get excited for this hands-on research opportunity: incredible 2023 undergraduate projects and AY23-24 fall events
First-year and second-year undergraduate students learn and participate in research experiments directly related to their fields of interest for their summer research project
ReMatch+ is an incredible summer research program for first-year and second-year undergraduate students at Princeton. Launched in 2014, the program connects undergraduate students with dedicated, knowledgeable Princeton graduate students and postdoctoral fellows working across a diverse range of disciplines. Each year, ReMatch provides fellowship funding for joint summer research projects and mentorship between undergraduates and graduate students/postdoctoral fellows. Sign-ups for interested students and fall events are currently open; I encourage you to join the interest list to learn more about this incredible opportunity here. Here is a sample of some of the 2023 summer projects conducted by students with various interests and experiences to help you gain a sense of the breadth of opportunities provided by ReMatch.
After having written “My BSE Fall Semester Experience in the Engineering Sequence”, I wanted to continue writing about my experience in the spring semester portion of the sequence; if you haven’t read my first post yet, go read it! To reiterate, the Engineering Sequence is a set of five courses intended to fulfill first-year engineering requirements through an introduction to engineering fundamentals in the context of real-world applications. BSE degree requirements include four semesters of math, two semesters of physics, one semester of chemistry, and every first-year student is required to take one semester of writing seminar. The Engineering Sequence begins at the Integral Calculus (Calculus II) and the Physics Mechanics level, meaning that it will cover for the two required semesters of physics and the four semesters of math in five courses throughout three semesters. Read on to learn more about the spring sequence!
Most people probably know Trustee Reading Room as that large room with big glass windows on the first floor of Firestone, where you go when you want a really quiet study space. Perhaps you’ve recently studied for midterms or worked on a paper in its sacred silence. Maybe you’ve wondered if there’s more to Trustee than simply providing a quiet atmosphere for study. The answer to that question is: yes, there is. It is the primary reference room of Firestone library– and if you read to the end of this article you will learn how to make the most of this tremendous resource.
Trustee Reading Room in Firestone Library has many reference works