The NSF Scholarships in Science, Technology, Engineering, and Mathematics (S-STEM) program provides financial, academic, and professional support to low-income, academically promising students pursuing associate, bachelor’s, or graduate degrees in STEM. Unlike traditional scholarship programs that focus solely on monetary aid, S-STEM invests in the institutional structures and evidence-based practices required to ensure long-term student retention, degree completion, and entry into the STEM workforce. The program recognizes that financial assistance is essential—but not sufficient—without supportive learning environments and targeted student success initiatives. 

S-STEM projects typically combine scholarships with a suite of student-focused interventions such as faculty mentoring, undergraduate research opportunities, cohort-building activities, intrusive advising, academic skill development, peer-led team learning, internships, industry partnerships, and career-planning workshops. Many institutions implement curricular or pedagogical reforms that reduce barriers for students coming from high-need backgrounds, first-generation college students, working learners, and students from underrepresented groups in STEM. 

Proposals may support single-institution programs or multi-institutional consortia, including partnerships among universities, community colleges, Tribal colleges, minority-serving institutions (MSIs), and regional workforce organizations. Because transfer pathways are critical to STEM success, S-STEM frequently supports collaborations that strengthen transitions from two-year to four-year institutions. 

Eligibility follows NSF’s standard institutional guidelines. Students receiving scholarships must: 

• Demonstrate financial need (as defined by federal guidelines), 

• Be U.S. citizens, nationals, or permanent residents, and 

• Be enrolled in eligible STEM degree programs. 

Competitive proposals must articulate a clear theory of change, robust student support model, strong evaluation plan, and compelling evidence that the proposed strategies will improve retention and academic success. NSF places significant emphasis on data-driven decision-making, careful assessment of institutional context, partnerships with student services, and sustainability beyond the grant period. 

Broader impacts often include increased STEM degree completion among low-income students, reduced equity gaps, improved institutional capacity for student success, and contributions to national STEM workforce priorities. 

ScienceDocs Can Help 

ScienceDocs supports S-STEM applicants with proposal development, student-support framework design, evaluation planning, and compelling narrative refinement aligned with NSF expectations. 
Begin at sciencedocs.com/quotes.