Science and Technology Grants

This funding opportunity is designed to enhance pharmacy services in rural Ohio by supporting organizations that will expand pharmacists' roles in healthcare delivery, improve patient care, and foster collaboration within healthcare networks.

This program provides funding to resource-limited institutions to enhance their capabilities in conducting high-quality biomedical research and managing sponsored programs effectively.

This program provides equity-free funding and leadership support to young changemakers aged 15 to 30 who are developing innovative solutions to global challenges, including health, education, and technology.

This funding opportunity provides financial support to Texas organizations and agencies for conservation projects that protect vulnerable fish species and their habitats along the coast.

This funding opportunity supports research projects by universities, nonprofits, and government entities to combat and manage harmful aquatic invasive species in Texas.

This funding opportunity provides financial support to healthcare providers in rural Florida to create integrated preventive care and home-based services that improve access and coordination of care for underserved communities.

This funding opportunity provides financial support to rural healthcare organizations in Florida to expand specialty and acute care services through technology and telehealth initiatives, improving access and quality of care for rural populations.

This funding opportunity provides financial support to healthcare providers looking to establish or expand clinics in underserved rural areas of Florida, enhancing access to primary and preventive care services.

This program provides funding for innovative projects that empower women, girls, and underrepresented genders in astronomy and STEM fields across North America.

This funding opportunity provides financial support to healthcare providers in Connecticut to implement innovative artificial intelligence-driven remote patient monitoring and care coordination models, particularly aimed at improving healthcare access for rural populations.

This funding opportunity supports U.S.-based small businesses developing innovative scientific instruments and technologies to advance research and maintain leadership in science and engineering.

This funding opportunity supports research projects that develop practical solutions for treating and rehabilitating military personnel with orthopaedic injuries, aiming to improve recovery and return to duty.

This funding opportunity is designed for U.S.-based organizations to develop strategies that mitigate the risks of artificial intelligence in chemistry and biology, particularly to prevent the misuse of technologies that could lead to the development of chemical and biological weapons.

This funding opportunity supports early-stage researchers new to the post-traumatic epilepsy field, providing mentorship and resources to advance studies on the condition that can arise after traumatic brain injuries.

This program provides funding to faculty members at Maryland universities to advance and commercialize innovative human stem cell technologies that address unmet medical needs.

This funding opportunity supports collaborative research projects aimed at advancing understanding and treatment of post-traumatic epilepsy, specifically targeting partnerships between researchers from various organizations to improve outcomes for individuals affected by this condition.

This program provides funding to higher education institutions and nonprofit organizations to create and expand free, openly licensed textbooks and course materials that lower costs for students in high-enrollment degree programs.

This funding opportunity supports clinical research and trials focused on improving recovery and treatment for military personnel with orthopaedic injuries, while also benefiting the general public.

This funding opportunity provides financial support to Vermont healthcare providers in rural areas for acquiring AI-powered transcription and scribe technologies to improve patient care and reduce administrative burdens.

This funding opportunity supports Maryland-based academic scientists in advancing innovative human stem cell research that aims to improve disease treatment and patient outcomes.