Federal Funding:
For every $100M, URI generated an additional $80M in economic activity.
For every 10 people directly employed by federal funding at URI, an additional 4 were hired elsewhere in the economy.
$180M
IN ECONOMIC
OUTPUT
$130M
ADDED TO
STATE GDP
$6.5M
IN STATE AND
LOCAL TAXES
URI’s research enterprise is a powerful driver of long-term economic growth and competitiveness in Rhode Island. A separate economic impact study found that in FY25, URI’s total research activity—not limited to federal funding—generated $520.4 million annually. This includes $205.9 million in direct spending and $314.5 million in indirect and induced effects. Together, these figures underscore URI’s vital role in advancing the state’s innovation ecosystem.
Quick Facts
47% of URI students are from in-state.
Only 13% of students are from in-state at the average New England private college.
42% of URI graduates were working in the state 5 years post-graduation.
Only 17% of graduates from the average New England private school remain in-state 5 years later.
RI-INBRE
(The Rhode Island IDeA Network for Biomedical Research Excellence)

$21 MILLION GRANT
In current funding from the National Institutes of Health to support biomedical research and training in Rhode Island.
23 Years
RI-INBRE supported 802 research projects involving 218 faculty, training 2,210 under-graduate, graduate, and postdoctoral students.
Quantum Information Science Careers
- URI selected by the National Science Foundation for the new program in Experiential Learning for Emerging and Novel Technologies, (ExLENT) that will support hands-on learning and workforce development at URI.
- Launched one of the country’s first masters in quantum computing in 2021.
- Partnered with IBM to grow quantum computing research.
Ocean Exploration Cooperative Institute
A NOAA-funded research project exploring, mapping and characterizing our ocean territory with six years of research, five partner institutions, 96 expeditions, 354 ROV dives, 29 university students supported, and 72,820 K-12 students reached.
Developed new technologies that can obtain preserved tissue and high-resolution 3D images within minutes of encountering fragile animals in the deep ocean.
