Best Grants for Robotics in Oklahoma

Simmons First Foundation provides Oklahoma K–12 schools and 501(c)(3) organizations with US $2,500 - US $50,000 for youth special education and substance abuse or violence prevention programs. Eligible entities must be in a county with a Simmons Bank facility and can include adapted STEM, coding, robotics, and other inclusive learning initiatives.

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 in career and technical fields such as robotics, engineering, or design can receive approximately US $1,500 to pursue further education through the Michael Dean Guilliams Memorial Scholarship Fund. Focused on technical studies, Community Foundation Serving Western Virginia supports students, including those from Oklahoma, who are hardworking and committed to these professions.

Public schools in eligible Oklahoma districts running PLTW Gateway robotics or STEM courses can access $10,000 from Project Lead The Way to expand their existing PLTW Gateway program. Funds may cover participation fees, required computers or tablets, program equipment and supplies, and PLTW Core Training with related travel, room, and board costs.

Public middle schools offering or launching PLTW Gateway robotics and STEM units in eligible Oklahoma districts can apply for Project Lead The Way’s US $20,000 grant, distributed over two years. Funding covers PLTW participation fees, required computers, equipment, supplies, and PLTW Core Training with related travel, room, and board costs.

Robotics and engineering students in the U.S. who are within four semesters of completing an eligible degree and facing financial obstacles can receive up to US $10,000 to cover final tuition and expenses. Applied Materials Foundation’s Momentum Fund, via Last Mile Grants, supports low-income, DACA, F1, and other eligible students, including those from Oklahoma.

With a mission to support engineering students, Applied Materials Foundation provides Oklahoma robotics and engineering majors with approximately US $1,100 in bridge grants to overcome financial barriers to degree completion. Juniors, seniors, and graduate students at 4-year U.S. institutions, including DACA and international students in engineering-focused paths, may be eligible.

Engineering students in the U.S. needing emergency help with basic needs like food, housing, transportation, or connectivity can receive rapid-response support through the Momentum Fund’s emergency financial assistance. Applied Materials Foundation, in partnership with Last Mile Education Fund, supports low-income or financially stressed students in eligible engineering majors, including robotics-related fields, which may include students studying in Oklahoma.

Minority-serving institutions with STEM doctoral programs, including those in Oklahoma, can apply for National Science Foundation CREST-RISE support to build research infrastructure and increase production of research PhDs in areas like robotics and emerging technologies. Awards range from US $100,000 - US $2,000,000 for program development, research advancement, and equipment.

Universities and research institutions conducting disability and rehabilitation engineering research in Oklahoma can seek up to US $5,000,000 to develop new theories, technologies, or devices, including rehabilitation robotics and brain-inspired assistive systems. The National Science Foundation supports fundamental engineering work on neuroengineering, injury mechanisms, functional recovery, and human–environment interaction that may incorporate advanced robotics.

Academic and research institutions working on robotics, energy, and advanced control systems in Oklahoma can apply for the National Science Foundation’s Energy, Power, Control, and Networks Program. This U.S.-wide grant supports innovative research in networked multi-agent systems, cyber-physical control, neuromorphic engineering, and robotics applications in areas like transportation, biomedical devices, and power systems.

Oklahoma robotics and real-time 3D creators with impact-driven projects can access funding through Unity Technologies’ Unity for Humanity Grant, with awards up to US $500,000 for social, educational, environmental, health, or humanitarian initiatives. Eligible projects must use RT3D platforms, align with at least one UN Sustainable Development Goal, and be submitted by a legal entity.

Graduate-level U.S. students in robotics or related STEM fields needing tuition support can receive scholarships of US $3,000 for course-related expenses while studying at accredited institutions in the U.S. AFCEA provides Oklahoma robotics and engineering students with funding that supports degrees tied to cyber, communications, electronics, and national security missions.

U.S. 501(c)(3) organizations and school districts offering robotics, STEM, or technology and engineering education programs can apply for up to US $50,000 from Motorola Solutions Foundation. Funding supports hands-on design, coding, and robotics, vocational tech skills, and teacher training. Oklahoma robotics initiatives that prioritize underrepresented youth may be especially competitive.

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.

Schools and youth-serving organizations in Oklahoma and across the U.S. can seek funding to design and run a Teen Tech Competition featuring robotics and other technology categories. Grants from Glenn W Bailey Charitable Trust provide up to US $25,000 to support planning, mentorship, judging, prizes, and related STEM competition activities; individuals are not eligible.

With a mission to support STEM education, this program provides Oklahoma middle and high school organizations with grants of US $25,000 for advanced STEM initiatives, including robotics tracks. Eligible programs offer rigorous, hands-on curricula, enrichment activities, strong STEM teaching, and partnerships or externships that prepare students for college and STEM careers across the U.S.

Research institutions and universities in Oklahoma seeking high-end biomedical or robotics-related instrumentation can apply for US $750,001 - US $2,000,000 to purchase or upgrade a single, specialized instrument or integrated system. Grants from the National Institutes of Health help acquire equipment such as mass spectrometers, robotic screening systems, advanced microscopes, and biomedical imagers.

Oklahoma artists developing robotics-related visual, performing, film, or literary projects can access funding through Creative Capital Foundation’s Creative Capital Award. U.S.-based professional artists with at least five years of practice may receive up to US $50,000 plus multi-year professional development support for bold, innovative, and technologically engaged new work.

Nonprofit organizations offering STEAM workshops or tech skills programs for youth ages 13–19 can apply for up to US $24,999 to deliver Mini Tech Skills Workshops, including robotics, coding, filmmaking, and more. Focused on hands-on tech learning, Best Buy Foundation invites partners in Oklahoma and other eligible areas to support Teen Tech Center members on-site, offsite, or virtually.

Oklahoma robotics and emerging technology organizations conducting Japan–U.S. collaborative, policy-oriented research or exchange projects can access funding through the Japan Foundation. Eligible U.S.-based 501(c)(3) institutions partner with Japanese nonprofits to address global issues such as AI, robotics, digital transformation, or green technology within the program’s broader societal themes.