Best STEM Education Grants in Minnesota

The Change Happens Foundation Grant focuses on supporting charitable initiatives aligned with environmental science, education, and human services. With a commitment to diversity, equity, and inclusion, the foundation prioritizes funding for organizations holding 501(c)(3) status, while advocating for innovative solutions to pressing global challenges. Grants aim to foster systemic change, empower underrepresented communities, and bridge gaps in access to nutrition and healthcare. The foundation operates nationally and internationally, seeking to create significant impact through strategic investments.

The Twin Cities Fund: Teens and Tech Program Grant, offered by the Best Buy Foundation, supports nonprofit organizations in Minnesota's Twin Cities area. This initiative encourages teens to learn and collaborate with cutting-edge technologies, including robotics, digital photography, and game development. By providing access to these resources, the grant helps young people develop essential skills for their future careers and empowers them to contribute positively to their communities.

The Labcorp Charitable Foundation, a private 501(c)(3) entity, aims to enhance healthcare access and education for all. With grant opportunities focusing on food programs, healthcare services for underserved populations, and STEM initiatives, it seeks to support community health and well-being. Organizations eligible for funding must be U.S.-based and hold tax-exempt status. Requests are reviewed biannually, in March and September, to foster impactful community projects.

The American Electric Power Foundation provides grants to 501(c)(3) organizations focused on educational improvement, particularly in STEM fields, and basic human services such as hunger and housing. Organizations must operate within AEP's service territory or have a broader beneficial purpose. The Foundation also supports social justice initiatives and environmental protection efforts. Eligible applicants must affirm compliance with anti-discrimination policies and demonstrate commitment to diversity and inclusion.

The NIAID Research Education Program (R25) fosters diverse research careers by supporting educational activities for individuals from underrepresented backgrounds in biomedical sciences. This program encourages skills development, research experiences, and mentoring activities to enhance career trajectories. Key deadlines for grant applications include January 25 and May 25 from 2024 to 2026, with additional deadlines for AIDS-related applications. This initiative aligns with NIH's mission to diversify the research workforce.

Avnet Cares Grants support nonprofit organizations in the U.S., Canada, and Mexico that focus on making a positive impact in their communities. Grants are available for initiatives in STEM, environmental sustainability, and assistance for communities in crisis. Eligible nonprofits must have been operational for at least three years. The program prioritizes organizations that serve areas where Avnet has significant operations, fostering community growth and development.

The Schlumberger Foundation's Faculty for the Future Grant Program aims to empower women from developing countries to pursue advanced STEM research abroad. By providing fellowships of up to $50,000 for PhD candidates and $40,000 for postdoctoral researchers, the program supports women's education and encourages their return to home countries to advance local STEM fields. Since 2004, it has awarded 863 fellowships, fostering gender equality in STEM and enhancing community development through increased female participation in scientific careers.

The PLTW Engineering Program Expansion by Burns and McDonnell aims to enhance STEM education in eligible communities. This initiative supports schools in expanding their existing PLTW Engineering programs, providing students with hands-on experiences and essential skills. The program focuses on empowering students through new courses and teacher training, ensuring access for underrepresented populations. By fostering excitement around STEM, Burns and McDonnell is committed to shaping the future workforce and enhancing educational opportunities in critical areas.

The PLTW Engineering program, in partnership with Burns and McDonnell, aims to enhance STEM education by providing grants to public and charter schools in specific counties. This initiative empowers students to engage with real-world challenges through hands-on learning experiences. Eligible schools must offer PLTW Engineering courses, ensuring access to quality education for students from diverse backgrounds. With a total grant of $40,000 over two years, this program seeks to inspire the next generation of engineers and innovators.

The PLTW Computer Science program, supported by Burns and McDonnell, aims to enhance STEM education in various communities by funding schools to implement PLTW courses. This partnership promotes student engagement with real-world challenges, preparing them for future careers in technology. With a total grant of $20,000, schools must offer multiple PLTW courses over two years, ensuring access to quality education for underserved populations.

Burns and McDonnell, a 100% employee-owned firm, partners with Project Lead The Way (PLTW) to enhance access to STEM education. By expanding PLTW Computer Science programs in local schools, they aim to engage students in real-world challenges and equip them with essential skills. Eligible schools must be located in specific counties and serve a majority of students from low-income backgrounds. This initiative supports the growth of STEM education, fostering a brighter future for communities through enhanced learning opportunities.

The PLTW Gateway program, in collaboration with Burns & McDonnell, aims to enhance STEM education by expanding access to Project Lead The Way initiatives in eligible communities. By providing grants for program expansion, the initiative encourages schools to implement new PLTW units and train teachers, empowering students with essential skills for future careers. This partnership seeks to inspire a new generation of learners through hands-on, real-world challenges, thereby fostering greater participation in STEM fields across various regions.

The PLTW Gateway program, in partnership with Burns and McDonnell, aims to enhance STEM education by supporting schools in eligible counties to implement PLTW Gateway units. With a total grant of $20,000, schools are encouraged to offer at least one unit per academic year, fostering real-world skills and engagement in STEM fields. This initiative seeks to increase access and participation in high-quality STEM learning experiences, ultimately preparing students for future careers.

The National Institute of General Medical Sciences Predoctoral Basic Biomedical Sciences Research Training Program (T32) aims to cultivate a diverse array of skilled scientists to meet the biomedical research challenges of the nation. This program supports U.S. institutions in developing evidence-based biomedical graduate training and mentoring approaches. By integrating didactic, research, and career development components, it prepares trainees for impactful careers addressing critical health-related research needs.

The PLTW Launch program, in collaboration with Burns and McDonnell, aims to enhance STEM education by expanding access to innovative educational modules in eligible schools. This initiative supports public and charter schools in targeted counties, focusing on increasing student engagement in STEM fields. Through grant funding, participating schools can introduce new PLTW Launch modules and provide essential training for teachers, fostering a richer learning environment to prepare students for future careers in science, technology, engineering, and mathematics.

The PLTW Launch program, supported by Burns and McDonnell, aims to enhance student engagement in STEM education within eligible communities. This initiative will provide grants to schools that implement at least one PLTW Launch module in the 2025-2026 academic year, followed by another module in subsequent years. The program is designed to empower students with hands-on learning experiences that connect real-world challenges to essential skills, fostering a stronger future in STEM fields.

The Research Experiences for Undergraduates (REU) program, funded by the National Science Foundation (NSF), promotes active research participation among undergraduate students across various research areas. It supports two mechanisms: REU Sites, which engage multiple students in ongoing research, and REU Supplements, which enhance existing NSF-funded projects. Participants must be U.S. citizens, nationals, or permanent residents, and each REU opportunity has its unique application process.

The Centers of Research Excellence in Science and Technology (CREST) program, funded by the National Science Foundation, aims to strengthen research capabilities at Minority-serving institutions (MSIs). It encourages the integration of STEM research and education, promoting diversity within the workforce. Successful proposals are expected to demonstrate innovative strategies for broadening participation and achieving national competitiveness in research. CREST Centers will also foster partnerships that advance significant research themes, ensuring sustained support and development for underrepresented groups in STEM.

The Green Our Planet - HydroConnect Grant supports K-12 schools in implementing hydroponics programs, enhancing student engagement in STEM education. This initiative offers comprehensive resources, including lesson plans, virtual workshops, and a collaborative network of educators. By integrating hydroponics into classrooms, schools can foster interactive learning, community involvement, and improved teacher satisfaction. Eligible institutions include public, private, home, and charter schools, promoting access to innovative agricultural education.

The AISES SPRK-ing Interest in Computer Science program engages Indigenous K-12 students through fun coding and robotics activities. By utilizing Sphero BOLT and Indi robots, students gain hands-on experience in STEM and computer science, fostering greater interest and competency in these fields. Participating schools receive essential materials and training, promoting a culturally relevant learning experience. Priority is given to middle schools, encouraging greater participation in STEM+CS education among Native students.

The Historically Black Colleges and Universities - Undergraduate Program (HBCU-UP) aims to enhance STEM undergraduate education and research at HBCUs. It offers various funding opportunities, including Research Initiation Awards, Targeted Infusion Projects, Implementation Projects, and Broadening Participation Research Centers, to support innovative educational goals and broaden participation in STEM fields. Proposals are due on various dates, ensuring multiple opportunities for institutions to engage with this vital funding.

The NDEP STEM Open NFO invites innovative proposals for research and implementation of effective STEM education and outreach programs. This continuously open announcement from the Department of Defense encourages submissions that align with key initiatives, including support for community colleges and strategic partnerships. As funding becomes available, amendments detailing specific topics and submission guidelines will be released. Applicants must submit white papers to express interest in full applications for potential funding consideration.

The Fash Foundation Grants aim to support and enhance children's education and the arts in Tarrant County, Texas. The Foundation prioritizes contributions to higher education institutions that align with its mission statement. Grants are awarded to initiatives that promote health and educational advancements in various disciplines including sciences and the arts. The Foundation seeks to foster a nurturing environment for children's educational growth.

TE Connectivity's Community Ambassador Program supports meaningful community impact by providing grants to registered nonprofits and educational institutions. This initiative evaluates proposals based on alignment with TE's values, community focus areas like education or health services, and opportunities for employee engagement. The program operates both in the US and internationally, with numerous ambassador locations, aiming to foster community development and engagement around the globe.

The Boston Scientific Foundation aims to enhance health and educational opportunities for economically disadvantaged individuals, particularly in STEM fields. Their grant program focuses on K-12 students, requiring at least 50% of participants to be at or below 185% of the poverty line. The foundation seeks evidence-based proposals that can measure improvements in STEM learning, and it prioritizes applications serving communities near Boston Scientific locations, ensuring inclusivity and non-discrimination in service.

The Cargill Foundation focuses on improving the lives of low-income children in the Minneapolis and Saint Paul area by supporting nonprofit organizations. Their mission emphasizes the importance of nutritious food, equitable access to STEM education, and preparation for post-secondary education. Through employee-led initiatives, Cargill engages with local communities to address the Opportunity Gap, ensuring that all children have the resources and support they need for success in school and beyond.

The Hearst Foundation: Culture Grant aims to support outstanding nonprofits that enhance cultural engagement and artistic talent in the U.S. With a focus on programs that reach young people, the grant prioritizes organizations that create lasting impacts in the arts and sciences. The Foundation allocates 25% of its funding to cultural initiatives, favoring established organizations with a history of significant results. Eligible nonprofits must encourage inclusivity and sustainability in their programs.