The Office of Global Science and Technology (GST) unites researchers across disciplines and global campuses to advance their fields, partnerships and impact.
Science & Tech Opportunities
Materials & Technologies
Physics · Chemistry · Engineering
New materials are the fundamental enablers of modern civilization — from fuel-efficient transport to next-generation energy systems. Advances in this space open new industries, drive economic growth, and define the frontier of human knowledge.
Sustainability
Climate · Technology · Adaptation
Humanity is in a race against time to build systems and societies that can endure. Research in sustainable technologies, materials, and climate adaptation is not optional — it is the infrastructure on which a livable future depends.
Anchored by
Health, Biology & Human Condition
Medicine · Engineering · Life Sciences
The cost and complexity of human health is one of the defining challenges of our time. Research at the intersection of biology, engineering, and medicine holds the key to making care more effective, accessible, and affordable — for both people and the planet.
Partner with NYU’s science and technology community — across talent, research, and innovation.
The NYU Office of Global Science & Technology connects industry, government, and academic partners with the University’s research community across artificial intelligence, quantum science, health engineering, urban systems, and other emerging fields.
However you want to engage — recruiting talent, finding a research collaborator, or licensing new technology — OGST is your first point of contact: a single front door that helps you navigate NYU and connect with the right people, institutes, and centers.
Connect with us today about partnerships and opportunities.
Eric Vieira
Vice President, Strategic Partnerships, NYU GST, and interim Director of Partnerships for the Earth Systems Institute
(332) 293-4247
M²LInES (pronounced M-square-lines) is an international collaborative project with the goal of improving climate projections, using scientific and interpretable Machine Learning to capture unaccounted physical processes at the air-sea-ice interface.
The NYU Simons Center at Courant develops physics-based and advanced artificial intelligence models to tackle problems in ocean and atmospheric dynamics.
A multidisciplinary group of engineers, researchers, educators, and innovators at NYU Tandon working to avoid, mitigate, remediate, and adapt to climate change and environmental contamination.
High-resolution climate risk modeling for cities. ClimateIQ gives communities and decision-makers open access to hyperlocal climate hazard data, so they can identify the neighborhoods facing the greatest climate risks. Led by Timon McPhearson.
An international network shaping the global and regional nitrogen pollution research agenda for policy, bringing together scientists, policymakers, civil society and other stakeholders. NYU's David Kanter is on the team.
Our group aims to advance the fundamental understanding of ocean dynamics and its role in the climate system; we develop theory, models and algorithms to tackle some key problems in ocean and climate dynamics.
Our research lies at the interface of multifunctional material development and electrochemical engineering.
Climate scientist and Associate Professor of Environmental Studies at NYU.
We combine statistical and computational methods to study the dynamics of water - and the emergent hydroclimatic risk - in various built and natural environments.
Scientific Tools for Observing, Reasoning & Modeling. Our work is motivated by open questions in atmospheric and climate science: how to better observe and characterize atmospheric processes.