Best Grants for Robotics in Delaware

U.S. 501(c)(3) organizations and school districts offering robotics, STEM, or engineering education can access funding from Motorola Solutions Foundation, with awards up to US $50,000. Programs in technology and engineering education or blended robotics/first responder initiatives, especially serving underrepresented youth and communities, may be competitive, including those based in or serving Delaware.

Graduate-level U.S. students in robotics and related STEM fields who are enrolled full-time at accredited U.S. institutions can receive scholarship support for tuition and course-related expenses. AFCEA provides Delaware robotics and STEM students with US $3,000 through the Ralph W. Shrader Graduate Scholarship to advance studies in areas supporting national security missions.

Delaware 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. Grants up to US $500,000 support work aligned with UN Sustainable Development Goals, including social, educational, environmental, healthcare, humanitarian, or related issues, with applications submitted via a legal entity.

U.S. research institutions working on robotics, energy, power, control, and networked systems can apply for National Science Foundation support through the Energy, Power, Control, and Networks program. This rolling opportunity may benefit Delaware robotics projects involving control systems, networked multi-agent systems, machine learning, neuromorphic engineering, or advanced power and energy applications.

Focused on STEM doctoral research capacity, this program invites U.S. minority-serving institutions with robotics or related STEM doctoral programs to strengthen graduate education, research infrastructure, and equipment. Grants from the National Science Foundation range from US $100,000 to US $2,000,000 and may benefit Delaware institutions advancing robotics, AI, data science, nanotechnology, and other NSF-supported fields.

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

With a mission to support engineering students, Applied Materials Foundation provides Delaware robotics and engineering majors at U.S. four-year institutions with bridge grants to overcome financial barriers to degree completion. Juniors, seniors, and graduate students in fields like robotics, mechanical, electrical, and computer engineering can receive approximately US $1,100 to address urgent educational expenses.

U.S.-based low-income engineering students in robotics-related majors who are within four semesters of completing a bachelor’s or pursuing a master’s degree can receive up to US $10,000 to cover final tuition and expenses. Applied Materials Foundation’s Momentum Fund, via Last Mile Education Fund, supports students facing financial obstacles to finishing computing and engineering degrees, including those in Delaware.

Graduating high school seniors in career and technical fields, including robotics-related programs, can receive scholarship support for further education through the Community Foundation Serving Western Virginia. Focused on hands-on technical careers, this fund offers approximately US $1,500 to hardworking students pursuing professions in areas such as engineering, design, and related technologies.

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, job quality, or workers’ rights affecting U.S. workers can apply for Russell Sage Foundation’s Future of Work grants, including projects based in Delaware. Focused on labor markets and employer practices, the foundation invites rigorous, data-driven research that may inform robotics-related employment and training issues; awards up to US $75,000.

Delaware nonprofits and 501(c)(3) institutions working on robotics, AI, or related technology within Japan–U.S. collaborative projects can access funding through the Japan Foundation. This prepaid grant supports joint policy-oriented research and dialogue on global issues, including emerging technology, science, and technology–enriched societies, with participation from experts and grassroots practitioners.

K-12 public, private, and tribal schools in Delaware serving significant numbers of Native students can access robotics and coding support through American Indian Science and Engineering Society, including Sphero BOLT robots, tablets, and training. Schools or afterschool programs with emerging STEM and computer science efforts, especially middle schools, may be eligible to enhance hands-on robotics learning.

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 in Delaware 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, commercially available system. Grants from the National Institutes of Health support equipment such as mass spectrometers, robotic screening systems, advanced microscopes, and other major medical technology platforms.

Delaware artists creating innovative visual, performing, film, or literary projects that may incorporate technology or robotics can access funding through Creative Capital Foundation for bold new work. Individual professional artists receive up to US $50,000 in unrestricted project support plus multi-year professional development, mentorship, and community-building resources through a national open-call process.