Top Highlights
- EPSCoR aims to enhance STEM access in underfunded U.S. regions.
- It supports diverse institutions, including many historically Black and tribal colleges.
- The program has significantly increased NSF funding competitiveness for eligible jurisdictions.
- Future funding targets aim to reach 20% allocation for EPSCoR jurisdictions.
Expanding STEM Access Across the Nation
Ensuring that every citizen has access to STEM experiences is crucial for developing an equitable research enterprise. Since 1979, the National Science Foundation (NSF) has addressed geographic diversity through the Established Program to Stimulate Competitive Research (EPSCoR). This program provides funds to institutions in regions that typically receive less NSF funding for research and development. Currently, 28 jurisdictions qualify for EPSCoR, reflecting an urgent need to broaden participation in science and engineering.
EPSCoR makes a significant impact. Despite these jurisdictions representing 22% of the U.S. workforce, they receive only 13% of NSF’s core funding. The program emphasizes building research capacity and supporting workforce development. Notably, it helps historically Black colleges, Hispanic-serving institutions, and tribal colleges thrive in STEM fields. By investing in local infrastructure and research capacity, EPSCoR empowers regions to grow and attract talent.
Building a Sustainable Research Ecosystem
EPSCoR’s funding strategies demonstrate its commitment to increasing research competitiveness. The Research Infrastructure Improvement (RII) Program provides substantial financial support, up to $20 million for individual jurisdictions. Collaborations across jurisdictions through RII Track-2 awards allow researchers to form partnerships that enhance their competitiveness for future grants. Likewise, the RII Track-4 Research Fellows program supports early-career researchers as they advance their careers in diverse settings.
The success of EPSCoR shows in its outcomes. Jurisdictions involved with EPSCoR have nearly doubled their share of NSF funding since joining the program. From 2017 to 2022, EPSCoR programs reached more than 18,000 K-12 teachers and over 309,000 K-12 students, underscoring their commitment to education. These initiatives foster local talent and ensure communities engage with vital scientific advancements, whether through genome sequencing in Idaho or robotics in Kentucky.
As the NSF looks to the future, increased funding through the recent CHIPS and Science Act could further amplify EPSCoR’s impact. This shift represents a vital step toward diversifying the STEM workforce by directing more resources to underserved regions. EPSCoR is a cornerstone of national scientific progress, helping more states, territories, and commonwealths contribute to critical research while enhancing education and workforce development. Participation in EPSCoR builds a robust research ecosystem essential for achieving the nation’s scientific goals.
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