Best Grants for Robotics in Washington

This grant aims to enhance safety and health in U.S. mining operations through research in automation, robotics, and intelligent systems. It addresses critical issues like emergency communication and self-escape reliability while supporting the development of field-ready solutions. By leveraging advanced technologies, the initiative seeks to improve miner safety and health, reduce hazardous exposures, and foster community engagement. Applicants must be U.S. academic institutions with accredited mining programs, linking project goals to documented health burdens.

Graduating high school seniors pursuing further education in career and technical fields, including robotics-related areas, can receive approximately US $1,500 in scholarship support, open to students from Washington and nationwide. The Community Foundation Serving Western Virginia’s Michael Dean Guilliams Memorial Scholarship Fund assists hardworking, dedicated students preparing for professions in fields like engineering, architecture, design, and robotics.

Washington robotics and STEM education organizations can access funding through Dawn Foods Foundation to support STEAM and robotics programs that inspire future innovators. Nonprofits focused on education, healthy living, hunger prevention, arts, or community vibrancy may also be eligible if they serve communities where Dawn operates, including King County, Washington.

U.S.-based low-income engineering students, including those in robotics-related majors, can receive up to US $10,000 to cover final tuition and expenses needed to complete their degrees. Applied Materials Foundation provides this support through the Applied Materials Momentum Fund in partnership with Last Mile Education Fund, which may benefit students studying in Washington and beyond.

Engineering and robotics students in the U.S., including those studying in Washington, can receive bridge funding to overcome financial barriers to degree completion and pursue career-building opportunities. Applied Materials Foundation’s Momentum Fund, in collaboration with Last Mile Education Fund, offers approximately US $1,100 to juniors, seniors, and graduate students in engineer-focused degree paths.

Engineering students in robotics-related fields in Washington can receive emergency financial assistance for basic needs like food, housing, transportation, and connectivity. Applied Materials Foundation, through the Momentum Fund and Last Mile Education Fund, supports low-income, U.S.-based students nearing completion of eligible engineering degrees, helping them stay on track toward computing and robotics careers.

Eligible minority-serving institutions in the U.S. can apply for National Science Foundation CREST-RISE awards of US $100,000 - US $2,000,000 to build STEM doctoral research capacity, including robotics and related fields. Washington MSIs with research doctoral programs in areas like robotics, AI, data science, or advanced manufacturing may be competitive applicants.

Washington universities and research institutions working on robotics, energy, power, control, and networked systems can access funding through National Science Foundation’s Energy, Power, Control, and Networks Program. This program supports innovative research in control, multi-agent networks, cyber-physical systems, and advanced machine learning with applications in robotics, transportation, biomedical devices, and electric power systems across the U.S.

Robotics and real-time 3D creators in Washington developing impact-driven projects can seek Unity for Humanity funding, technical support, and marketing resources. Focused on social, educational, environmental, health, or humanitarian impact aligned with UN Sustainable Development Goals, Unity Technologies invites legal entities to apply for awards up to US $500,000 for prototypes or in-production projects.

U.S. graduate students in eligible STEM fields such as robotics, cybersecurity, computer science, and electrical engineering can receive $3,000 scholarships for tuition and course-related expenses while studying at accredited U.S. institutions. With a mission to support advanced STEM education, AFCEA provides Washington and other U.S. students with funding that supports its communications, electronics, and security-focused disciplines.

U.S. 501(c)(3) organizations and school districts offering robotics and broader technology or engineering education, including in Washington, can apply for up to US $50,000 to support hands-on STEM learning and workforce pathways. With a mission to create safer cities and thriving communities, Motorola Solutions Foundation prioritizes underrepresented youth and programs blending STEM with public safety and first responder preparation.

The AIAA Foundation Classroom Grant Program provides funding of up to $500 for K-12 teachers to enhance student learning in STEM subjects, particularly in Aerospace. The program encourages innovative projects that address unmet educational needs. Schools can apply for a maximum of two grants per year. Eligible projects include STEM demonstration kits and robotics supplies, while funding for items like audio-visual equipment and travel is not permitted.

Washington K-12 public, private, and tribal schools serving significant numbers of Native students can access robotics and coding resources through the American Indian Science and Engineering Society’s SPRK-ing Interest in Computer Science program. Participating schools receive Sphero robots, tablets, training, and culturally relevant STEM+CS activities, with priority given to middle schools and options for virtual or in-person delivery.

Nonprofit institutions and 501(c)(3) organizations in Washington working on robotics, AI, or related science and technology projects can seek support for Japan–U.S. collaborative, policy-oriented research and exchanges. The Japan Foundation’s Japan–U.S. Global Partnership Grant Program funds joint projects addressing global issues like resilient, inclusive societies and technology-enriched futures, including dialogue among researchers, experts, and grassroots practitioners.

Washington research institutions and universities needing high-end biomedical instruments can apply for NIH’s High-End Instrumentation (HEI) Grant Program, with awards from US $750,001 - US $2,000,000. Eligible groups of NIH-supported investigators may purchase or upgrade advanced equipment such as robotic screening systems, imaging platforms, and other specialized biomedical technologies that support cutting-edge research.

Individual professional artists creating bold new visual, performing, film, or literary projects that significantly incorporate technology, including robotics, in Washington can pursue project support. Creative Capital Foundation supports such U.S.-based artists with national open-call awards up to US $50,000 plus multi-year professional development and community-building resources.

Nonprofit organizations offering STEAM and robotics workshops for teens can receive up to US $24,999 to run Mini Tech Skills Workshops connected to Best Buy Teen Tech Centers in Washington and other eligible communities. Best Buy Foundation funds hands-on or virtual coding, robotics, game design, filmmaking, and related tech programs for youth ages 13–19.

Researchers with doctorates studying workforce preparation, job quality, or workers’ rights affecting low- and moderately paid U.S. workers can apply for Russell Sage Foundation support, including projects based in Washington. Grants up to Up to US $75,000 fund research assistance, data acquisition and analysis, and investigator time on rigorous, policy-relevant studies.