Summer 2019 Cheat Sheet

Posted on by Raya Ward

Princeton is full of opportunities–it should be easy to plan a cool summer, right?

Sure it should. But in reality, just thinking of summer 2019 is overwhelming.

You just finished fall midterms and already everyone is talking about what they want to do next summer. Your inbox is swamped with emails that mention dozens of programs. Campus is littered with posters throwing deadlines around, but it’s nearly impossible to make any sense of it all, especially while managing a Princeton course load!

If you haven’ t thought about summer yet do not stress. This time last year,  I was still undecided about my major, and trying to simply decide what extra-curriculars to be a part of. And yet, I had a great summer:

Summer after my first year at Princeton,  through the International Internship Program, I interned in Kathmandu, Nepal at a contemporary art gallery. This was my first time abroad, and I had a phenomenal experience. During my internship, I designed a catalogue, shadowed the gallery’s director,  and even designed/installed my own exhibition. Though the internship was unpaid, my summer was fully funded by Princeton.

Summer after my first year, I interned at an art gallery in Kathmandu, Nepal through the International Internship Program (IIP).

The point is, I think its completely unnecessary to start stressing for May in October. So, to calm any nerves and make planning a rocking summer a bit easier, here’s a brief overview of some popular summer ideas for underclass students. Included are deadlines, brief descriptions and testimonials from past students.

Disclaimer: This is NOT a complete list. Just a list of popular options and those that my friends have explored. Also, these opportunities are not limited to first-year and sophomore students.  Juniors and seniors may also take advantage of some of the programs mentioned below. 

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Research with Local Impact: Analyzing Lead in Trenton, NJ

Posted on by Alec Getraer

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.

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