Best Grants for Robotics in Alaska

U.S. 501(c)(3) organizations and school districts offering technology, engineering, or robotics education can apply for up to US $50,000 in program support from Motorola Solutions Foundation. Grants prioritize hands-on STEM and workforce preparation for underrepresented youth, and may benefit Alaska robotics initiatives that engage students ages 8–18, college students, or young adults.

Graduate-level U.S. students in robotics or related STEM fields needing tuition and course expense support can apply for AFCEA’s Shrader Graduate Scholarship while studying at accredited institutions in the U.S. AFCEA provides Alaska robotics students with US $3,000 for required tuition, fees, books, supplies, and equipment if they meet citizenship, GPA, and enrollment criteria.

Alaska robotics and real-time 3D project teams using RT3D platforms can access funding through Unity Technologies to advance impact-driven prototypes or in-production projects. The Unity for Humanity Grant offers up to US $500,000 plus technical and marketing support for work aligned with UN Sustainable Development Goals, including education, healthcare, environment, and social or humanitarian issues.

Universities and research institutions working on robotics, energy, power, and control systems in Alaska can apply for National Science Foundation Energy, Power, Control, and Networks funding to support innovative research projects. This program backs work in networked multi-agent systems, cyber-physical control, neuromorphic engineering, and related areas that may advance robotics applications.

Minority-serving institutions with STEM doctoral programs, including those in Alaska, can seek National Science Foundation support to expand research capacity and graduate more research doctoral students, especially from underrepresented groups. Focus areas include robotics, AI, data science, advanced manufacturing, cybersecurity, nanotechnology, climate and clean energy, with awards ranging from US $100,000 - US $2,000,000.

Engineering students in robotics and related fields in Alaska and across the U.S. can receive emergency financial assistance for basic needs like food, housing, transportation, and connectivity. Applied Materials Foundation’s Momentum Fund, via Last Mile Education Fund, supports low-income, DACA, F1 visa, and other computing-degree students within four semesters of graduation or in master’s programs.

With a mission to support engineering students, Applied Materials Foundation provides Alaska robotics and engineering majors with bridge grants to overcome financial barriers to degree completion. Juniors, seniors, and graduate students in U.S.-based programs, including robotics-related and other engineer-focused fields, may receive approximately US $1,100 to address urgent educational expenses and enable career-building opportunities.

Students in robotics and related engineering fields in Alaska can receive up to US $10,000 to cover final tuition and expenses needed to complete their degrees. Applied Materials Foundation’s Momentum Fund, administered through Last Mile Education Fund, supports low-income or financially challenged seniors and master’s students in qualifying engineering majors studying in the U.S.

Graduating high school seniors in career and technical fields, including robotics-related studies, can receive approximately US $1,500 for further education through the Michael Dean Guilliams Memorial Scholarship Fund. Focused on technical disciplines rather than liberal arts or healthcare, this scholarship from Community Foundation Serving Western Virginia may benefit Alaska students pursuing robotics or related technical careers.

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.

Researchers with doctorates studying workforce preparation, workers’ rights, and job quality for low- and moderately paid U.S. workers can apply for Russell Sage Foundation support, including projects using robotics and automation data. Focused on labor market changes and employer practices, this program offers up to US $75,000 for rigorous, data-driven research in Alaska and nationwide.

Alaska nonprofits and research institutions working on robotics, AI, or related science and technology projects can access funding through the Japan Foundation’s Japan–U.S. Global Partnership Grant Program. U.S.-based 501(c)(3) organizations collaborate with Japanese partners on policy-oriented research or dialogue and exchange projects addressing global issues, including technology, climate, public health, and resilient, inclusive societies.

K-12 public, private, and tribal schools in Alaska serving a significant percentage of Native students can receive robotics-based STEM and computer science programming, equipment, and training through this opportunity. American Indian Science and Engineering Society provides Sphero robots, tablets, educator training, and culturally relevant hands-on activities, with priority for middle schools and programs seeking to build STEM+CS capacity.

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.

Research institutions and groups of NIH-supported investigators in Alaska and other U.S. jurisdictions can apply for US $750,001 - US $2,000,000 to purchase or upgrade a single high-end biomedical instrument or integrated system. Grants from the National Institutes of Health help acquire tools like robotic screening systems, advanced microscopes, sequencers, and imaging equipment that may support robotics-related research needs.

Alaska individual professional artists creating bold, technology-driven visual, performing, film, or literary projects can access funding through Creative Capital Foundation, with awards up to US $50,000. Eligible applicants are U.S. citizens or equivalent status, at least 25 years old, with five years of public artistic practice; collaborations of up to five artists may apply together.