Last spring, I began the semester specifically planning to PDF my English class. I knew my schedule would be time-consuming, since in addition to English, I was also taking immunology, organic chemistry, intro to material science, and Portuguese. Because I intended to count all of my other courses as either CBE departmental electives or towards a Portuguese certificate, so I thought it would be wisest to PDF English.
However, half-way through the semester, I realized that I was doing relatively well with the English coursework, so I probably did not need to PDF the course. The course that was actually more time-consuming and difficult than I had expected was immunology. This caused me to rethink my process for choosing how to select a course to PDF. I started to look at the course load itself instead of just at the requirements I was satisfying, and in the end, I chose to PDF immunology. In this post, I will discuss in more detail some things I considered before making my decision and offer tips for selecting to PDF a class.
When beginning a new lab project, whether it is a summer internship, independent work, or a senior thesis, your mentors will likely present you with academic papers relevant to your topic. This will help you begin to frame your experiments and the overarching goals of your research.
But once you understand enough background to begin, staying up to date with recent papers can be difficult, especially when you are balancing course work, extracurriculars, and other commitments in addition to planning and conducting experiments. In my experience, I found it difficult to sit down and do broad scholarly searches on a research topic as I first did when starting a new project. However, strategies such as using library resources and speaking with others in the department facilitated this process. In this post, I will give tips on how to stay current with laboratory news and advances, specifically with STEM research.
It is easy to get caught up in everything going on on campus. Between classes, extracurriculars, and other activities, it feels as if there is no time for anything outside of Princeton. However, in a post at the end of last year, I mentioned the importance of attending outside academic conferences and other enrichment opportunities as a way to strengthen your academic experience. After a great learning opportunity at the American Institute of Chemical Engineers (AIChE) conference in April, I made it a goal for myself to attend more of these events this year. Thus, when I received an email from the Princeton University Mentorship Program (PUMP!) about attending the DISCOVER Summit in Philadelphia on September 13th, I immediately accepted. In this post, I will further expand on how the summit affirmed the importance of looking beyond the “orange bubble”.
For this year’s Spring Seasonal Series, entitled Post-Princeton Life: The Experiences of PCUR Alumni, each correspondent has selected a PCUR alum to interview about what they have been up to. We hope that these interviews will provide helpful insight into the many different paths Princeton students take after graduation. Here, Saira shares her interview.
As part of the Spring Seasonal Series, I interviewed Stacey Huang ’16, who was an engineering correspondent in the electrical engineering department. Stacey is now pursuing a Ph.D. in electrical engineering at Stanford University. As an engineering student who is also interested in pursuing a graduate degree, I interviewed Stacey to find out more about her research experience.
In the middle of exams, papers, and upcoming deadlines, I attended the American Institute of Chemical Engineers Regional Conference at Penn State this week. As I attempted to review my organic chemistry notes on the four-hour car ride to the conference, I wondered if I had made the right decision in attending: I was not prepared for my orgo exam, I had an English paper due the day after, I was behind on my immunology course work, amongst other things. But as I began attending workshops, fun activities, and spending time with my other CBE classmates at the conference, my perspective completely changed. In this post, I will reflect on some of my takeaways from the conference and why I am grateful that I attended.
Whether you are in lab for general chemistry, independent work, or senior thesis, almost all lab experiments will be followed up with a lab report or paper. Although it should be relatively easy to write about an experiment you completed, this is often the most difficult part of lab work, especially when the results are unexpected. In this post, I will outline the components of a lab report while offering tips on how to write one.
As summer approaches, it is time for us to begin finalizing summer plans. An important summer option that many Princeton students forget to consider is taking courses at other institutions over the summer. This option allows you to take prerequisites and certain AB distributional requirements outside of Princeton and free your schedule to take other interesting electives during your time here. In this post, I will outline the process of getting approval for summer courses and suggest possible funding opportunities to cover course tuition.
As Princeton students begin to finalize internship plans, excitement and anticipation begin to take over, and we start to think about how to make the most out of our experience. Whether you are preparing for a summer internship or a one-day princeternship in the spring, you will learn the most if you begin preparing ahead of time. In this post, I will give a few tips on how to best prepare for an internship.
As Princeton students, we generally like hectic schedules. As much as we complain about impossible p-sets, extensive readings, and multiple extracurriculars, we often feel as if we need to constantly be busy. Thus, we fill up every minute of our schedules because a packed schedule makes us feel as if we are pushing ourselves to constantly operate at full potential.
I intended to pack my schedule like this last semester by joining the bioengineering lab where I researched the metabolic pathways of yeast cells over the summer. (You can read more about my experience by looking at some of my previous posts). It seemed logical for me to continue working in the lab during my sophomore year, as this would provide me with both experience and extra preparation for junior independent work and eventually my senior thesis. But because of scheduling problems and sophomore funding issues, I was not able to continue working during the fall.
Every department offers wonderful opportunities. For instance, departments offer seminars, special lectures, opportunities for internships or grants, study abroad programs, amongst other things. But to take advantage of these opportunities, it is important to know your department well. As a sophomore, one of the biggest challenges for me this year has been familiarizing myself with my own department, chemical and biological engineering (CBE).
In this post, I will provide some tips on how to get to know your department by describing how I engaged with CBE.