WASHINGTON — A comprehensive new report from the National Academies of Sciences, Engineering, and Medicine outlines a detailed strategy for enhancing access to science, technology, engineering, and mathematics (STEM) education and workforce development in rural communities across the United States. The report evaluates current federal initiatives and offers actionable recommendations for federal, state, and local stakeholders to help bridge the gap in STEM education and career readiness in rural areas.
The committee behind the report emphasizes that rural communities already possess unique advantages that can support rich STEM learning. Unlike urban settings, rural areas often offer direct access to natural environments that can serve as living laboratories for scientific exploration. By aligning STEM instruction with students’ local knowledge and lived experiences, educators can create more meaningful and relevant learning opportunities. Programs that integrate place-based education—such as community partnerships or localized curriculum design—have proven especially effective in sparking rural students’ interest and engagement in STEM fields.
However, the report also highlights major obstacles that hinder equitable access to high-quality STEM education. One of the most pressing issues is the persistent lack of reliable broadband connectivity. Limited internet access in rural regions restricts students’ ability to develop digital literacy skills essential for modern careers and daily life. While recent legislative efforts have spurred large-scale investments in broadband infrastructure, the report notes that these initiatives are fragmented and often overlook key factors such as affordability and outdated technology in schools. Improved connectivity, the authors stress, must be paired with updated hardware, technical support, and relevant training to fully close the digital divide.
Beyond technology, many rural districts face systemic challenges in securing funding for educational improvement. Schools often lack the administrative capacity to navigate complex grant application and reporting processes, leaving millions of dollars in potential support untapped. To address this, the report urges federal and state agencies, as well as nonprofit and philanthropic organizations, to simplify their funding procedures and consider extending application timelines for rural applicants. It also calls for capacity-building programs to help rural schools and educators successfully compete for and manage educational grants.
“Rural communities have so many assets that could fuel incredible STEM learning—deep connections to place, culture, and hands-on experiences with the natural world,” said Tiffany Neill, co-chair of the committee and research scientist at the University of Washington’s Institute for Math + Science Education. “But too often, these strengths are underutilized because of funding gaps or staffing shortages. Our report focuses on how federal programs can help each rural community make the most of its unique strengths.”
The report further underscores the importance of culturally responsive teaching in rural STEM education. Because many rural regions are experiencing demographic changes, educators must be equipped to connect classroom instruction with students’ cultural backgrounds and community experiences. High-quality teaching materials that can be adapted for local contexts—alongside professional development for teachers—are critical for achieving this goal.
Another key recommendation is the creation of a consistent, national definition of “rural.” At present, different government agencies and researchers use varying criteria to categorize rural communities, leading to confusion and inconsistent data. The report calls for the development of a more nuanced measure of “rurality,” one that captures variables such as population size, density, proximity to urban areas, and geographic isolation. Establishing a shared framework would allow policymakers to better track disparities in STEM education and align future initiatives across multiple levels of government.
“Developing a common definition of ‘rural’ is important for research and policymaking, but we also must recognize that no two rural communities are alike,” said Katharine Frase, committee co-chair and vice president at IBM Education. “Each community brings distinct cultural assets, perspectives, and needs. Policymakers should not only adopt a standardized definition but also actively involve local voices in shaping education and workforce policies that affect them.”
To ensure inclusive decision-making, the report recommends that state education policymakers invite representatives from rural districts to participate in policy discussions or provide structured feedback before new policies are implemented. This approach would help ensure that state-level initiatives reflect the realities of rural schools and strengthen local ownership of STEM programs.
The congressionally mandated study was conducted by the Committee on K-12 STEM Education and Workforce Development in Rural Areas and funded by the National Science Foundation.
The National Academies of Sciences, Engineering, and Medicine, established under an 1863 congressional charter signed by President Abraham Lincoln, are private, nonprofit institutions dedicated to providing independent and objective guidance on scientific, technological, and medical issues. Through rigorous research and expert analysis, the Academies aim to inform public policy and advance the nation’s capacity for innovation and discovery.
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