In and Out of the Clinical Gaze in Tijuana Migrant Healthcare
Laura Zhang
Hi everyone! I'm Laura, and I'm a sophmore from Sydney, Australia. I'm planning on majoring in SPIA with minors in Humanistic Studies, European Cultural Studies, and Values and Public Life.
On campus, I'm involved with the Princeton Debate Panel as the Social Media and Marketing Chair and Social Chair, Model United Nations, Davis International Center as a Student Leader, The Daily Princetonian's Prospect section as a Staff Writer, Service Focus, the Humanities Sequence as a mentor, and the Princeton Legal Journal.
I really love art, making matcha, cooking, karaoke, and (no surprise) writing! I would love to talk to you if you have any questions about Princeton or want to discuss anything I've brought up in my blogs -- feel free to reach me through my email. Happy reading!!
A love letter to maruichi, my summer internship in kuala lumpur, malaysia, the princeton debate panel in ho chi minh city, vietnam, the humanities sequence trip in sicily, italy.
Gss awards the 2024 suzanne m. huffman memorial senior thesis prize.
GSS awards the 2024 Suzanne M. Huffman Memorial Senior Thesis Prize to Alice McGuinness (History) for their thesis: “CARCERAL KIN: Motherhood, Personhood, and Colonial Law in Bengal c. 1860–1900” and to Mirabella Smith (Politics) for their thesis: “The Political Heterosexual Matrix - Gender and Political Office as Co-Constituting Sites of Performative Subjectivity.”
Congratulations to you both!
These princeton students are raising the bar for accessible satellite technology.
By Molly Sharlach
June 6, 2024
Shannen Prindle, who graduated from Princeton in 2023 with a degree in mechanical and aerospace engineering, tested three student-built systems for small satellites on board a Zero-G research flight. Photo credit: Zero Gravity Corporation and Steve Boxall
The capstone of Shannen Prindle’s Princeton experience came nearly a year after she graduated. It began with a sensation of falling toward the ceiling, and ended with a game of grabbing floating jellybeans and globs of water in mid-air.
These otherworldly episodes bookended some serious engineering tests. This spring, Prindle , who graduated from Princeton in 2023 with a degree in mechanical and aerospace engineering (MAE), boarded a Zero-G research flight in Florida. Her aim was to test three student-built systems for small satellites called CubeSats , which are about the size of a loaf of bread. The flight consisted of 30 parabolic cycles that simulated space flight by allowing passengers (and their experiments) to experience weightlessness.
Prindle now works as a launch tower engineer for SpaceX’s Starship , which is the largest rocket ever built and could someday serve as a reusable vehicle for satellite launches and missions to the moon.
“When I started at Princeton, I didn’t even think I wanted to major in MAE, but I slowly discovered that I really like hands-on mechanical and structural engineering, and space systems,” she said.
As a first-year student, Prindle attended an interest meeting for the Princeton Rocketry Club , where she heard a talk by Michael Galvin . A senior technical staff member in MAE, Galvin had recently launched the TigerSats lab. He showed students how they could create their own systems for small satellites to withstand launch and collect images and data in low Earth orbit.
When she saw the possibilities of a CubeSat project, she thought, “Oh yeah, I’ve got to join,” said Prindle.
She is one of more than two dozen students who have worked in the TigerSats lab, designing and building novel satellite systems involving sensing, communications, flight mechanics, and ground testing — including eight students who have completed senior thesis projects advised by Galvin. These students have expanded the capabilities of low-cost satellite systems built with accessible tools, and many have gone on to careers at places like NASA’s Jet Propulsion Laboratory, Firefly Aerospace, and Skydio, a drone manufacturer.
“Being part of Mike’s lab, I was able to put all the theory and homework that I was doing into a very concrete project,” said Prindle, who was part of the lab’s inaugural ProtoSat project in 2019. During her junior year she built a solar charging simulator for CubeSats, and for her senior thesis she designed a system called a reaction wheel module for stabilizing and pointing CubeSats.
On the Zero-G flight, Prindle tested her reaction wheel, as well as another stabilization technology called a gravity boom , built by 2021 graduate Michael Hauge , and a suite of devices designed by 2023 graduate Kyle Ikuma for measuring a CubeSat’s velocity, acceleration and orientation. The experiment provided the first-ever zero-G performance comparison of 3 such devices popular in the CubeSat community.
“There’s so much richness in these projects for students, and not just mechanical engineering students, but also disciplines like electrical and computer engineering, and physics,” said Galvin.
“I try to tailor the projects to each student’s skill set, but also to their skill gaps,” he said, “rather than have them only work on what we absolutely need to get us to a launch. I think it’s working as an educational model.”
It’s one thing for students to design electronics for satellites and then send the plans to a company for fabrication, but quite another to make the components by hand or use an in-house prototyping machine — and build part of something that could function and collect data in space, said Galvin.
“With just undergrad-level hands-on fabrication skills, they can actually make a lot of these components and know that their handiwork is what’s going into space,” said Galvin, whose other roles at Princeton include serving on the staff of Princeton’s StudioLab makerspace and as principal mechanical engineer for the University’s Space Physics group .
Students are continuing to test systems for the Princeton CubeSat Kit , a way for the lab to share its expertise with others as well as enable more student-led projects at Princeton, said Galvin. The lab also has a growing number of experiments that are pushing the limits of student-built hardware on both orbital and suborbital launches. These launches range from free-flying satellites and hardware onboard the International Space Station, to high-altitude balloon launches and zero-G flights.
“We’re regularly getting things off the ground in some fashion,” said Galvin. “Anything that can get your experiments into space or a space-like environment is a good [return on investment] and good educational value.”
When it comes to small free-flying satellites, getting data back to Earth is a major challenge — one that the TigerSats team experienced firsthand on one of its early launches as part of a fleet of educational ThinSat experiments in 2021.
For her senior thesis, Candace Do , a 2024 MAE graduate, tested a tiny radio for a PocketQube , which is only one-eighth the volume of a CubeSat. Typically used for satellite phone connections on Earth, the radio could connect a PocketQube in low Earth orbit to a communication satellite at a higher altitude, which would then beam data back to Earth. The radio that Do tested is a fraction of the cost of those currently in use on small satellites. In her experiments, the radio successfully beamed data from indoors, through a rainy Princeton sky, to a satellite constellation at a 500-miles altitude, which itself then successfully downlinked her “Hello, World!” message. Do received the Morgan W. McKinzie ’93 Senior Thesis Prize at the MAE department’s Class Day ceremony on May 27.
“There’s no clouds in between” the PocketQube and the communications satellite, said Galvin,” and “it’s a persistent satellite network that has full global coverage. If you can get it to work on Earth it’s going to work in space.”
Galvin feels he’s succeeded in building an undergraduate space program focused on technology development. For the moment, most of the work is “not cutting-edge science yet,” he said. “But if we can get the foundation in place, we may be able to start doing some real space science as well.”
In addition to the technology itself, the lab is training students for graduate work and careers in space systems. Hauge and Kevin Tong , a 2022 Princeton graduate, have earned master’s degrees at Georgia Tech’s Space Systems Design Lab , where Do also plans to enroll this fall. Hauge is now an engineer at NASA’s Jet Propulsion Laboratory, and Tong is at Firefly Aerospace in Texas.
Galvin himself earned a bachelor’s degree at Georgia Tech, and came to Princeton in 2009 for a master’s degree while working as an engineer at Lockheed Martin Space Systems in Pennsylvania. Jeremy Kasdin , now the Eugene Higgins Professor of Mechanical and Aerospace Engineering, Emeritus, hired Galvin as part of a team developing an exoplanet telescope in 2012.
Kasdin said that “we are trying to make science, but don’t ever forget that the real product is people,” Galvin recalled. “We’re generating students who leave Princeton and go on to create bigger and better things.”
Students are drawn to the TigerSats lab and to working with Galvin in part because he balances the lab’s priorities with “what you as a student would enjoy, and also what you would gain the most from,” said Prindle. She came to the lab with an affinity for building mechanisms, but was less experienced with electronics, and Galvin knew which project “would teach me those skills that I needed to refine.”
“It was just fun to come into the lab every week and talk with Mike,” she said. “You knew that you could turn around in your swivel chair and he would be there to help answer your question. I feel like I had one of the coolest thesis experiences because I had such an attentive and knowledgeable mentor.”
The TigerSats lab is supported by the MAE department, the School of Engineering and Applied Science, and Princeton’s Council on Science and Technology, as well as Rutgers University, the Virginia Commercial Space Flight Authority, and NASA’s New Jersey Space Grant Consortium. Prindle’s zero-G flight and a balloon launch experiment by Kevin Tong of the Class of 2022 were also supported by the Fred Fox Fund of Princeton’s Office of Religious Life.
A full list of students, projects and opportunities may be found on the TigerSats website .
Related department.
Constitutional integrity: interpretation, construction, and freedom in the thought of keith whittington.
A private conference presented by the James Madison Program in American Ideals and Institutions in honor of Keith Whittington for his 25 years of distinguished service to Princeton University and his many contributions to the field of constitutional studies. Co-sponsored by the Department of Politics and funded by the Bouton Law Lecture Fund.
Panel 1: "Constitutional Interpretation and Construction"
Respondent:
Panel 2: "American Political Development"
Panel 3: "Free Speech and Academic Freedom"
Contributions to and/or sponsorship of any event does not constitute departmental or institutional endorsement of the specific program, speakers or views presented.
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An excellent senior thesis can be 75 pages or less. No thesis should be longer than 115 pages. Any page after 115 may or may not be read by the second reader. A thesis longer than 115 pages will not be considered for a SPIA thesis prize. The 115-page limit includes: the abstract; the table of contents; ancillary material such as tables and charts
Affairs (SPIA) is a multidisciplinary liberal arts major designed for students who are ... You may also access The Senior Thesis Catalog, which is a catalog of theses written by seniors at Princeton University from 1926 to the present, and are available at the Seeley G. Mudd Manuscript Library. While these theses should be of assistance ...
As seniors across campus scramble to finish their theses, the School of Public and International Affairs (SPIA) recently announced that the deadline for students' senior theses would be extended from April 6 to April 10. In a statement to The Daily Princetonian, SPIA Director of Communication Tom Durso said that, "We looked at our calendar ...
Regional Focus: Students should also pursue regional focus across their SPIA coursework. Thus, across the SPIA prerequisites, core and electives, students must take at least two courses that focus substantively on a particular continent. The senior thesis can count toward the regional focus requirement.
Integral to the senior thesis process is the opportunity to work one-on-one with a faculty member who guides the development of the project. Thesis writers and advisers agree that the most valuable outcome of the senior thesis is the chance for students to enhance skills that are the foundation of future success, including creativity, intellectual engagement, mental discipline and the ability ...
Integral to the senior thesis process is the opportunity to work one-on-one with a faculty member who guides the development of the project. Thesis writers and advisers agree that the most valuable outcome of the senior thesis is the chance for students to enhance skills that are the foundation of future success, including creativity, intellectual engagement, mental discipline and the ability ...
Because of my task force, I feel more comfortable researching and evaluating the best policy proposals to solve a problem. I plan to use these skills in my senior thesis and future career in policy and advocacy. This experience confirmed to me that I made the right choice in concentrating in SPIA.
The Center has sponsored Princeton students senior thesis work. ... Thesis Award, which is given to one student annually who has an exemplary student record as well as a deserving senior thesis topic. 2024. Natalia Lalin '24 | SPIA "The Pearl of the Indian Ocean: A Case Study of the Impact of China's Belt and Road Initiative on Sri Lanka" ...
Looking to learn more, two Princeton SPIA researchers joined with colleagues from other universities to survey 10,000 people in eight countries on these and other issues. They published their findings recently in a paper, " Family ideals in an era of low fertility ," in Proceedings of the National Academy of Sciences.
The "Number Two" Threat to Climate Change: Implications of Methane Emissions from Wastewater Treatment Plants. Cavoli. Alexander. GEO. Gabriel Vecchi. Seed Theory and ENSO Variability: Re-Evaluating the Distribution of Tropical Cyclogenesis. Chong. Christie. SPIA.
Speaking at the Princeton School of Public and International Affairs' graduate hooding and awards ceremony and undergraduate Class Day on Monday, May 27, Dean Amaney Jamal urged graduating students to engage in constructive dialogue and condemn dehumanization at all turns. "You have been taught to analyze critically and to find common ...
Subscribe to receive updates from SPIA. Newsletters. Graduate Programs. Master in Public Affairs; ... Senior Research Scholar, Princeton Environmental Institute. Office: 142 Guyot Hall. E-mail: [email protected]. ... Senior Thesis; Thesis Advisor Selection Guide; Concentration Declaration; Forms & Resources;
An excellent senior thesis can be 75 pages or less. No thesis should be longer than 115 pages. Any page after 115 may or may not be read by the second reader. A thesis longer than 115 pages will not be considered for a SPIA thesis prize. The 115-page limit includes: 1) the abstract 2) the table of contents
ENV Senior Thesis Research 2023 Title Years. 2023; 2022; 2021; 2020; 2019; 2018; 2017; 2016; 2015; 2014; 2013; 2012; 2011; 2010; 2009; 2008; ... SPIA: Chris Greig: Resolving Chicken-and-Egg Bottlenecks Facing the Deployment of Clean Energy Technologies for the Net-zero Transition in the United States ... Princeton University Princeton, New ...
Laura Zhang. Class Year: 2026 Major: School of Public and International Affairs Hometown: Sydney, Australia Email: [email protected] Pronouns: she/her. Hi everyone! I'm Laura, and I'm a sophmore from Sydney, Australia. I'm planning on majoring in SPIA with minors in Humanistic Studies, European Cultural Studies, and Values and Public Life.
GSS awards the 2024 Suzanne M. Huffman Memorial Senior Thesis Prize to Alice McGuinness (History) for their thesis: "CARCERAL KIN: Motherhood, Personhood, ... Princeton University Corwin Hall, Room 130 Princeton, NJ 08544. 609-258-6881 [email protected] Whom to Contact. Facebook;
In her experiments, the radio successfully beamed data from indoors, through a rainy Princeton sky, to a satellite constellation at a 500-miles altitude, which itself then successfully downlinked her "Hello, World!" message. Do received the Morgan W. McKinzie '93 Senior Thesis Prize at the MAE department's Class Day ceremony on May 27.
The Stephen Whelan '68 Senior Thesis Prize for Excellence in Constitutional Law and Political Thought is an endowed University prize awarded by the James Madison Program in American Ideals and Institutions. It is awarded to a senior whose thesis in the area of constitutional law or political thought is judged to be of superlative quality.
A private conference presented by the James Madison Program in American Ideals and Institutions in honor of Keith Whittington for his 25 years of distinguished service to Princeton University and his many contributions to the field of constitutional studies. Co-sponsored by the Department of Politics and funded by the Bouton Law Lecture Fund.Pan...