Center for Urban Science + Progress

New York City's Leader in Urban Science

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The Center for Urban Science + Progress (CUSP) at NYU Tandon is an interdisciplinary center dedicated to the application of science, technology, engineering, math, and social sciences in service of urban communities across the globe.

Founded as a partnership between NYU and the City of New York, CUSP leads research, educational, and entrepreneurial initiatives that advance the science of cities. By applying novel insights to urban issues, we develop data- and technology-driven approaches that drive positive impact. With an additional focus on training future leaders, CUSP offers interdisciplinary academic programs in applied urban science and informatics for graduate students and professionals.

CUSP also engages with stakeholders across city agencies, start-ups, industry players, community-based organizations, and nonprofits to address urgent socioeconomic, environmental, and infrastructural challenges. The center’s ultimate objective is to improve urban quality of life by using data to innovate and refine inclusive, equitable, and sustainable practices for cities everywhere.

CUSP offers a Master of Science in Applied Urban Science and Informatics, as well as a Doctoral Track in Urban Science.

We develop and integrate data analytics and technologies to conduct interdisciplinary research in the service of urban communities across the globe.

Get involved with CUSP by attending our events, sponsoring a capstone project, or proposing a new collaboration.

This comprehensive course, offered as part of NYU Tandon's Executive & Professional Education Programs, is designed to enhance your skills in spatial data analysis and visualization.

What is Urban Science?

Just like cities themselves, urban science is a field that is constantly changing and requires many different perspectives. At its core, urban science studies how cities operate, how they grow, and how they can be improved–all using data and evidence-based practices. At CUSP, we break this down into different methodologies. Sensing technology allows researchers to collect a city’s data (i.e. sound scapes, flood patterns, energy usage, spreading of disease) in novel and creative ways. Informatics practitioners analyze that data to formulate computational insights about the challenge at hand. Complexity researchers can then create models to make predictions about a city’s potential future. Sensing, informatics, and complexity can help to inform policy and decision-makers at the city level. Specifically, CUSP focuses on using technology to impact urban health, infrastructures, and environmental concerns.

A graphic showing Urban Science as a circular cycle of Methods (sensing), leading to informatics and complexity, leading to Policy. i.e. Research into Governance

 

People at CUSP

Explore our interdisciplinary faculty, researchers, and administrative team

Public Events

Join us this Spring 2025 semester for a panel discussion, alumni talk, and urban science research seminars.

Student Work

Browse work produced by students as part of the M.S. in Applied Urban Science and Informatics program at CUSP. 

Experiential Learning at CUSP

CUSP offers students opportunities for real-world data exploration and problem-solving through hackathons, internships, workshops, and faculty-led research.

Student Resources

Student organizations, course prep materials, career centers and more are all available to CUSP graduate students.
“Cities have social, technical, and environmental components. Engineers like those we’re educating at CUSP address the important intersections between them. We want them to be at the leading edge of contributing to fundamental urban science while providing timely, practical, and actionable insights.”
Professor Maurizio Porfiri, CUSP Director

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