Spring is always a rollercoaster of a semester. We have just about 6 more weeks of school before spring classes are over! Before you know it, you will be a senior and will have to start thinking about the big T – thesis. I recommend you take a little bit of time to think about your thesis – maybe you’ve already started after reading Ryan’s great post around choosing a topic. You don’t have to have all of the answers right away, but at least you would already have given it a bit of thought and let your ideas brew at the back of your mind.
Winter break is long and much-needed. It is a time to relax, rejuvenate, and reflect on the semester. In this post, I will give advice on how to make the most of the next few months, but I recognize that you know yourself best and should choose to spend your break in whatever way makes you happiest. Without further ado, here are my takeaways from the last 3 winter breaks:
As anyone who has taken one of Princeton’s introductory statistics courses can tell you: informative statistics and figures can and will be incredibly useful in supporting your research. Whether you’re reworking your R1, writing your first JP, or in the final stages of your Senior Thesis, chances are you’ve integrated some useful statistics into your argument. When there are a million different positions that one can take in an argument, statistics appear to be our research’s objective grounding. The data says so, therefore I must be right. Right?
An amusing remark on academics, itself attributed to several different academics, goes something like this: In academia, disputes take on such huge proportions precisely because the stakes of them are so small. Whether this observation is or is not true, I have found that its general sentiment is passed down to undergraduates, if inadvertently so. Of course, there are pedagogical reasons for instilling this impression; when we are learning about debates on a given subject within a discipline, it can help to read the most absolute positions on either side, if only to distill the terms of argument.
But the impression that such debate must necessarily be black and white, and must be of great intensity, can be daunting to accept as an undergraduate writer. Who am I, I wonder to myself, to so totally challenge the work of an established academic researcher? Even if I might disagree with their broader argument, have they not done far more research than I have? Relatedly, what if their research offers some quite usable background information– am I not just a little hypocritical to use it while arguing against the position it was intended to support? Or, what if I agree with smaller asides or observations by the researcher, but not the thrust of their whole argument? In a word, need the division be so absolute within the scholarly conversation?
When writing a research manuscript or a lab report, I have been conditioned to complete all of my experiments first and then start by writing the results section. My mentors have always encouraged me to start with the section that ‘writes itself’, given that when you obtain your experimental results, you cannot alter them. I started the school year thinking I would use this approach for my thesis – focus strictly on experiments during the fall and the start of spring semester and transition into the written portion of the thesis during late spring semester. However, while I was at home and outside of the lab between Thanksgiving break and early February, I knew I could not spend more than 2 months without thesis progress. Although I did not have my results nearly ready by that point, I began to brainstorm different ways in which I could work on my lab-based thesis without access to the lab. In this post, I will highlight ideas and resources that can help you make progress on your thesis, even while you are outside of the lab.
For better or worse, the university is internally cloistered as an academic institution. Walls literal and metaphorical separate the departments. This is perhaps most apparent to students on an administrative level; each department has its own academic guidelines, grading policies, and research expectations. Deeper differences, though, may present in modes and content of knowledge production. Disciplines often preclude interdisciplinarity. Divergent methodologies might be applied to the same subject matter to produce different results; within a department, the range of expertise might end up applying similar methods to wildly different subjects.
I, for one, think that these disciplinary divisions often do more to stifle than to encourage intellectual growth or humanistic inquiry (on the problems and politics of the academic disciplines, see my interview with Daniela Gandorfer here). But, as things are, attempting to explain research across disciplines can be quite difficult– like speaking to someone in a different language without a translator. Seniors writing their theses are certainly familiar with this issue when trying to explain their work to people outside their department, or in some cases, anyone other than their adviser. When it comes to feedback on thesis work, then, it makes immediate sense to gravitate towards people with background in whatever you are writing about. They indeed might be able to give very pointed advice.
That said, there is still great value to turning towards those beyond the official borders of your discipline. A lack of familiarity with the subject matter can indeed be an asset– especially in terms of providing feedback on your writing and your writing/research process.
Haider Abbas ‘17 is a Princeton alumni who recently published his inspirational senior thesis which he created while in the Princeton School of Public and International Affairs. Many Princeton seniors are now beginning to dive deeper into their theses, therefore I think that hearing from Abbas would be very helpful. Thankfully, a few weeks ago, I was able to interview Abbas and he offered key insight into why he chose his thesis topic, how he was able to produce his thesis, and most significantly the impact that his thesis will have beyond his years at Princeton. I hope that you can learn from his experience and develop a thesis that you feel passionate about!
This interview has been edited for length and clarity.
Last spring semester, I was completing my junior independent work in a bioengineering lab on campus. My project was lab-heavy, as I was investigating the extent of DNA damage (measured as type and frequency of breaks occurring in the DNA) that occurs in persister subpopulations (cell populations with non-inherited tolerance to antibiotics) of E.Coli cells when treated with antibiotics and other DNA damaging agents. I had prepared a series of experiments to test these conditions, most of which would be performed after returning from spring break. However, those plans changed in March, when students were sent home due to the COVID-19 pandemic.
Like many other lab researchers, I was left with incomplete experiments and an upcoming deadline to present my work. Independent research for the chemical and biological engineering (CBE ) department is only one semester long, and I spent most of the first half of the semester doing literature review, planning experiments and learning lab techniques. With only eight weeks left before my final paper and presentation deadline, I worried about the possibility of having to change my entire research topic into something that could be completed remotely. However, along with the lead researcher of the lab, or principal investigator (PI), and graduate student mentor, we developed a plan to easily transition the project I had already been working on into a remote project. In this post, I will give tips on how to conduct laboratory research remotely.
My most recent post focused on gearing up towards your senior year and finding a thesis adviser. I decided to continue this mini “preparing for your senior thesis” series by providing some tips on funding your research! The infamous senior thesis is such a daunting thing to think about as a junior because it is not always clear how early you should begin to plan for it and what steps you should take. At the beginning of the year, I attended an information session through the Woodrow Wilson School regarding thesis research funding. During that meeting, the speakers told students that they should start working on applications for funding as soon as possible if they wanted to receive money for their endeavors.
During finals season, it’s even harder than usual to make time for independent work. So this reading period, I decided to ask a senior, computer science major Sam Arnesen, about the state of his thesis and his plans for spring semester. For his senior thesis, Sam is developing artificial intelligence software that can solve text-based computer games.
What is your thesis about? My thesis is on text-based games–games like Zork where at every step of the game, you’re given a text description of the scene you’re in and you have to enter some text about what the next move is, like “pick up sword” or “open door.” You can imagine that we often teach computers to play games, but there are a few unique challenges associated with text-based games. Part of it is that it is partially observed: you can see what’s around you, but you can’t see the entire state of the game. The other thing is that it’s very difficult to parse the text and translate it into something meaningful, especially when it comes to actions. There’s stuff out there on various methods to do text-based games and be able to play simple versions of them, but they have a couple issues. First, most of the games are quite simple, and more importantly, the kinds of strategies that it would learn translate very poorly between games unless the games are extremely similar, which is bad because you would expect that certain skills (like having a key and a locked door, or remembering orientations) would be understood. The whole reason why we care about text-based games isn’t because it means anything to play the game, but because we want to be able to learn something about language through these games. So it’s bad if the agents are specific to one particular game, because it suggests that they’re learning idiosyncrasies of the game instead of actual language skills.
I’m specifically working on ways to have more transfer of learning between different kinds of text-based games. I am working on building an agent that’s able to parse walk-throughs of games. A walk-through happens in any kind of game, it’s a set of instructions that tell you what you should do at every step. That’s a non-trivial task: you have to parse that text, translate a paragraph into an action, figure out whether the action you took was the correct action, and be able to use the strategies you learn through parsing the walk-through to learn some general strategy.