Tuition is charged by credit, and the cost of a student's courses would depend on their total credit worth. Students can take courses totally 0-8 credits for an estimated tuition fee charge of $700 to $14,000. For more on tuition and charges, visit the NYU Precollege website .
Students can elect to live in on-campus in one of NYU's residence halls in the summer only. Precollege students live together in the same hall and have the support of full-time residential staff who are on hand to help students access the resources they need and plan fun activities throughout the summer. Students enrolled in on-campus housing will be automatically enrolled in an on-campus meal plan they can use to access NYU dining halls.
Scholarships are available for students in the summer. Students may apply for need-based scholarship that covers up to 50% of Precollege tuition. If you are interested in applying for a summer scholarship, indicate your interest in the online Precollege admission application.
You will receive an email with instructions on how to apply for a scholarship, which requires submitting household income information.
The scholarship application deadline is April 1. Please submit your Precollege admission application by no later than March 15 so that you will have time to submit your scholarship application by the April 1 deadline.
In the summer, students can elect to live on campus in one of NYU's residence halls. Precollege students live together and benefit from the support of full-time residential staff who are there to offer guidance.
Students who live on campus in the summer should expect to have one or more roommates or suitemates who will be fellow Precollege students.
Yes. All Precollege students commute to and from campus in the fall and spring terms. NYU Precollege in summer is open to both commuters and residential students.
During the summer, commuters will have access to the same on-campus Precollege activities and organized events as our residentials students and will find plenty of opportunities to connect with peers and take advantage of everything campus has to offer.
Yes. Precollege welcomes students from all over the world! International students are welcome to attend online in the fall and spring term, and can join the program in person in summer. The summer application deadline for international students is in March to allow plenty of time for students to apply for and process necessary visa requirements.
Thanks for applying! You should receive your admissions decision roughly 2-3 weeks after you submitted your application in full.
Precollege students can choose from courses spanning a variety of academic subjects each semester. Course lists for fall, spring, and summer are available on the program website .
Program Dates Fall, Spring, and Summer
( See tuition & charges )
Credits 0-8
E-Mail [email protected]
Application Deadlines
Fall Term: August 15
Gallatin Summer Research Blog
Blog for students involved in the Gallatin Summer Research Program
In these final weeks of research, I’ve focused on understanding the contemporary artistic crisis we face today, particularly its ties to the legacy of Romanticism. My exploration has centered on how modernization and the socio-political changes of the Romantic period forced art into an autonomous sphere, now known as the art world. Nicholas Wolterstorff’s theory of the “grand narrative of art” has been pivotal in guiding my understanding. The core idea of this “grand narrative” is that the primary way to engage with art is through contemplation—a focused, disinterested attention where the work is appreciated solely for its aesthetic qualities. This marked a significant departure from pre-Romantic models, where art was deeply integrated into religious and social practices.
Drawing from Herder’s ideas, I’ve come to see how valuing historicism and cultural relativism in artistic contemplation led to this model of disinterested attention. However, Herder’s theories were merely the catalyst. The most influential force in the creation of the modern art world was the cultural elite of the eighteenth century. They transformed art into a marker of social distinction, where the ability to appreciate fine art became a sign of cultivation and refinement. This structured environment, centered around disinterested contemplation, initiated the alienation of art from its social functions.
Throughout my research, I explored why the art world, formed during the Romantic period, has led to an artistic crisis. In part, the crisis stems from the underlying teleological narrative in Western thought. Although Romanticism was a rebellion against Enlightenment ideals, it didn’t extinguish the underlying belief in progress; it simply redefined it. The Enlightenment’s belief in progress toward harmony was replaced by the Romantic ideal of progress toward freedom. This freedom, as conceived by the Romantics, is intangible and elusive—an ever-receding horizon rather than a fixed destination.
This elusive ideal has made freedom a potent and enduring concept in art. The vitality of art under the disinterested contemplation model depends on its ability to resist finality and continually pursue new, unattainable ideals. However, the Romantic emphasis on art’s transcendence of reality has isolated art from practical social functions and altered the psyche of the artist. The post-Romantic sphere of art developed an indefinable and immeasurable artistic ideal: genius. Romantic artists were not striving to achieve a specific technical aesthetic ideal; rather, their social value hinged on the cultural elite’s recognition and bestowal of the elusive and transcendent title of genius. As Hauser explains, the Romantic concept of genius is a myth perpetuated by artists, poets, and thinkers who sought to claim the privileges of an “aristocracy of the spirit.” This notion of genius, whether believed to be divinely or naturally bestowed, served to elevate artists’ social status, allowing them to mask their origins through their achievements (Hauser, 115). This myth has contributed significantly to the isolation of artists from everyday society. Understanding that the purpose and value of art, which I once believed to be innate, are actually products of Western history has allowed me to think more expansively about my own practice.
Hauser, Arnold, and Kenneth J. Northcott. The Sociology of Art . Routledge, 2011.
Wolterstorff, Nicholas. “Philosophy of Art after Analysis and Romanticism.” The Journal of Aesthetics and Art Criticism , vol. 46, 1987, pp. 151–67. JSTOR , https://doi.org/10.2307/431272.
You must be logged in to post a comment.
SURP 2024 is on hold while we wait for confirmation of a grant renewal which funds the program. We will keep this space updated when and if we are able to start accepting applications for 2024.
Looking for News or Events ?
Despite the vast amounts of human mobility data generated by smartphones, a lack of standardized formats, protocols, and privacy-protected open-source datasets hampers innovation across various sectors, including city planning, transportation design, public health, emergency response, and economic research. The absence of established benchmarks further complicates efforts to evaluate progress and share best practices.
Takahiro Yabe , assistant professor at the Center for Urban Science + Progress (CUSP) and Department of Technology Management and Innovation at NYU Tandon, recently collaborated with a team of researchers — Massimiliano Luca (Fondazione Bruno Kessler), Kota Tsubouchi (LY Corporation), Bruno Lepri (Fondazione Bruno Kessler), Marta C. Gonzalez (University of California, Berkeley), and Esteban Moro (Northeastern University) — to advocate for the necessity of open and standardized human mobility data. Their opinion piece, published in Nature Computational Science , builds upon the recent release of the open-source, anonymized, large-scale human mobility dataset YJMob100K developed by several authors of this paper.
"The creation of the YJMob100K dataset and associated HuMob Challenge 2024 was motivated by our concern that similar human mobility datasets are exclusive to select researchers and industry organizations," said Yabe.
Tracking a journey from origin to destination using mobile phone data is not straightforward. Data can vary significantly depending on the application employed, and datasets may not capture all transit modes. Inconsistencies in definitions, classifications, and data tags can introduce biases.
For example, defining what constitutes a "stop" — whether it’s a pause of 5 minutes, 30 minutes, or an hour — can be somewhat subjective. “To detect a stop within a mobility trajectory, data scientists need to define arbitrary hyperparameters such as the minimum number of minutes spent at the stop and the maximum movement distance allowed from the stop centroid,” noted the authors. “With several hyperparameters needed for each pre-processing step, a slight change in the selection of these parameters could result in a very different processed human mobility dataset.”
Pre-processing human mobility data is critical for protecting individual privacy. However, the methods used in this process are often kept confidential, creating a "black box" problem that raises concerns about data validity and accuracy. To address these issues, companies evaluate datasets by comparing them with external sources such as census data. However, researchers aiming to introduce and evaluate new methods for predicting human mobility continue to face a significant hurdle: there is currently no standard open benchmark dataset.
The authors propose two strategies for approaching this challenge: creating synthetic, privacy-preserving human mobility datasets using machine learning models, or anonymizing a large-scale mobility dataset through collaboration with a private company. The latter strategy was employed for YJMob100K, which was developed through a collaboration involving Takahiro Yabe from NYU Tandon, Yoshihide Sekimoto and Kaoru Sezaki from the University of Tokyo, Esteban Moro and Alex Pentland from MIT, along with Kota Tsubouchi and Toru Shimizu from the private Japanese internet company LY Corporation.
The YJMob100K dataset was anonymized by converting location pings into 500x500 meter grid cells and aggregating timestamps into 30-minute intervals while masking the actual dates. Individuals who contributed data signed a consent form outlining the frequency and accuracy of location data collection as well as its intended use. All data processing and analysis were conducted on servers managed by the company.
To promote the dataset, the authors initiated the Human Mobility Prediction Challenge (HuMob Challenge) in 2023, which is currently underway for its second year. Selected entries will be showcased at the ACM SIGSPATIAL conference, taking place in Atlanta from October 29 to November 1, 2024.
"Inspired by advancements in natural language processing models like transformers, many submissions in the 2023 edition used AI and machine learning approaches," said Yabe. "Eight of the top ten submissions used deep learning techniques. With over 85 teams and 200 participants from 22 countries, the overwhelming response motivated us to continue into 2024. This year's challenge is more advanced, targeting predictions for cities that lack data."
The authors have identified several key challenges they aim to address in their future work. First, they aim to establish criteria for creating “fit-for-purpose” benchmarking datasets to achieve consensus within the research community. This involves defining clear metrics for data specification and establishing industry standards for pre-processing. Second, recognizing that different tasks require different types of data, they propose creating a collection of “fit-for-purpose” datasets, each tailored to specific research domains, communities, and socio-spatial-temporal contexts. This necessitates a bottom-up approach led by relevant research communities to ensure the datasets are well-aligned with their intended uses.
Yabe, T., Luca, M., Tsubouchi, K., Lepri, B., Gonzalez, M. C., & Moro, E. (2024). Enhancing human mobility research with open and standardized datasets. Nature Computational Science , 4 (7), 469-472. https://doi.org/10.1038/s43588-024-00650-3
More to read.
Stakeholders in the national artificial intelligence research resource (nairr) convene for high-level discussions at nyu.
IMAGES
COMMENTS
The program runs Sunday, July 21 through Saturday, August 10, 2024. Students stay in NYU residence halls and experience the city with other high school students participating in NYU programs. Students who successfully complete the course earn a transcript for this one-credit NYU course, and will receive a certificate of completion for the NYU-MasterScholar Summer Research Program.
Research Opportunities. In keeping with its mission as a research university, NYU strives, whenever possible, to include undergraduates in the production of knowledge. Since creativity and original work can take different forms in different fields, research is defined in its broadest sense, encompassing artistic and professional activities, as ...
We would like to show you a description here but the site won't allow us.
This program is designed to foster entry into a neuroscience research-centered career. Students apply for positions in a 10-week summer program during which they actively participate in research projects in the laboratories of New York University science faculty.
Virtual Summer Research Program Every year, the Psychology Department hosts 5 days of virtual programming for underrepresented students, focused on skill building, professional development, research presentations, panels, and individualized mentoring.
Admissions. Who is Elible to Apply? The Summer Undergraduate Research Program is designed to serve both current NYU undergraduate students and students from other universities who may not have access to the excellent research opportunities that NYU can provide. Both groups of students must apply through the process at the Apply Now link. Non ...
The Applied Research Innovations in Science and Engineering (ARISE) program at the NYU Tandon School of Engineering offers unparalleled opportunities for high school students to conduct real-world scientific research at a variety of NYU STEM labs. Under the guidance of NYU Faculty and graduate researchers, students gain valuable first-hand ...
The Simons-NYU Science Explorations Program is a summer program that brings together students from diverse backgrounds with a passion for the physical and life sciences. This free program is for academically motivated students with a demonstrated interest in any/all of the following subjects: biology, chemistry, neural science, physics, and ...
Each summer more than 100 undergraduates join NYU Tandon School of Engineering faculty inside their labs for the Undergraduate Summer Research Program. Guided by faculty and staff mentors, students conduct 10 weeks of practical research. In fact, their research explores cutting-edge ideas in cybersecurity, data science, emerging media ...
Career Edge is the premier summer college program, and has served thousands of high school students from around the world in exploring career paths and experiencing what it is like to live on the NYU campus and learn at a renowned US university. Unlike pre college programs, these courses do not offer college credit, but instead immerse you in a ...
MasterScholar NYU-MasterScholar Summer Research Program TCR Intensive Summer Camp At Columbia University MasterScholar is a series of highly selective academic programs, dedicated to helping the most talented students who are seeking guidance from world-class faculty of all academic fields.
Overview Each summer, members of the Tandon School of Engineering faculty open up their labs to allow NYU Tandon, NYU Dual Degree Program in Engineering (CAS/Tandon), NYU Abu Dhabi, NYU Shanghai, and select non-NYU rising sophomore, junior, and senior undergraduate students to complete 10 weeks of hands-on research.
Summer Undergraduate Research Program Admissions Qualified college students who have completed their sophomore or junior year of college and have a demonstrated interest in pursuing a PhD or MD/PhD in the biomedical sciences are encouraged to apply to our Summer Undergraduate Research Program (SURP).
The Simons Foundation, New York University's Department of Biology and Center for Genomics and Systems Biology offer a summer program for undergraduates with career interests in biological research. This 10-week program places students in laboratories of NYU faculty.
NYU-ASC Summer Research Program Orientation on July 24 @ 5th Floor Lounge
This summer, close to 300 New York City middle and high school students will immerse themselves in cutting-edge science, technology, engineering and math (STEM) research and hands-on learning, thanks to NYU Tandon School of Engineering's free, summer education program, the biggest of its kind in the city.
Summer Housing and Dining Students can elect to live in on-campus in one of NYU's residence halls in the summer only. Precollege students live together in the same hall and have the support of full-time residential staff who are on hand to help students access the resources they need and plan fun activities throughout the summer.
Blog for students involved in the Gallatin Summer Research Program. Menu. Kate Menninger: The Enduring Myth of Genius in the Art World. ... In these final weeks of research, I've focused on understanding the contemporary artistic crisis we face today, particularly its ties to the legacy of Romanticism. My exploration has centered on how ...
Step 1. Choose the Summer School program. Fill in the registration form on the Summer School website. Prepare your application documents: and send them to the Summer School coordinator via e-mail.
The National Artificial Intelligence Research Resource (NAIRR) pilot is the first step in building a shared national research infrastructure that will connect U.S. researchers to responsible and trustworthy AI resources, as well as the computational, data, software, training, and educational resources needed to leverage them.
The SURP program is designed for students who will have at least a full year of undergraduate coursework to complete after the summer program is over. I am a non-NYU first year student with sophomore standing due to AP credits or other pre-college work.
20 weeks Russian Language A1+: Elementary to Basic Online 12 weeks Russian Language for English-speaking students (Beginners A1) Full-time 2 weeks School of Russian as Foreign Language in the Field of Tourism Full-time From 1 to 2 weeks St Petersburg University Olympiad in Russian as a Foreign Language Full-time Summer School of Russian as a ...
Educational Programmes Undergraduate Graduate Doctoral Clinical Residency Programmes Additional Educational Programmes Russian Language Programmes Choose by subject
1 NYU-ASC Summer Research Program Orientation on July 24 @ 5th Floor Lounge History of Mass CommunicationNone 1 NYU High School Academy Career Edge History of Mass CommunicationNone 2 Why US Olympics swimming is Dominant - Forbes History of Mass CommunicationNone 1 NYU-ASC Summer Research Program Orientation on July 24 @ 5th Floor Lounge
Apply Now SURP 2024 is on hold while we wait for confirmation of a grant renewal which funds the program. We will keep this space updated when and if we are able to start accepting applications for 2024. Arts & Science College of Arts & Science Liberal Studies Graduate School of Arts & Science Center for Neural Science Accessibility
Brief description The course introduces students to the theoretical foundations of machine learning and data science, as well as to the solution of real business problems with the help of computer vision, classification and regression algorithms. The optimal balance between theory and practice provides both a good foundation and the ability to apply knowledge in practice.
Despite the vast amounts of human mobility data generated by smartphones, a lack of standardized formats, protocols, and privacy-protected open-source datasets hampers innovation across various sectors, including city planning, transportation design, public health, emergency response, and economic research.