NSF GRFP: Graduate Research Fellowship Program
Three years of funding for outstanding graduate students in STEM fields
Last verified: April 2026
Three years of funding for outstanding graduate students in STEM fields
Last verified: April 2026
Mechanism Type
Graduate Research Fellowship
Stipend
$37,000 per year (check current solicitation; adjusted periodically)
Cost of Education Allowance
$16,000 per year to the institution (check current solicitation)
Duration
3 years of support usable over a 5-year fellowship period
Eligibility
US citizens, nationals, or permanent residents in early-stage graduate study
Application Limit
One application per field; maximum 2 lifetime applications
Annual Awards
Approximately 2,500 fellowships per year
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The NSF GRFP is one of the oldest and most prestigious graduate fellowships in the United States, supporting outstanding students in the early stages of STEM graduate programs. As of the most recent solicitation, fellows receive a $37,000 annual stipend and a $16,000 cost-of-education allowance paid to the institution for 3 years, which can be used over a 5-year fellowship period. These amounts are adjusted periodically; check the current GRFP solicitation for exact figures. Beyond the financial support, the GRFP is a significant career credential. The fellowship can be held at any accredited US graduate institution and supports research in all NSF-supported fields of science, technology, engineering, and mathematics. Approximately 2,500 fellowships are awarded each year from roughly 12,000 to 13,000 applications.
GRFP eligibility rules are specific and strictly enforced.
The GRFP application consists of two essays plus reference letters. There is no budget component since the award amount is fixed.
GRFP applications are evaluated on two criteria: Intellectual Merit and Broader Impacts. Reviewers evaluate both essays against both criteria. Intellectual Merit encompasses the applicant's research preparation, the quality of the proposed research plan, and potential for future contributions to the field. Broader Impacts includes the applicant's potential to benefit society, broaden participation in STEM, and contribute to desired societal outcomes. Successful applications clearly address both criteria in both essays. The most common weakness is neglecting Broader Impacts in the research plan or failing to describe specific past activities beyond volunteering.