Federal Science and Technology Grants

This program provides funding to U.S. colleges and universities to develop and enhance their capabilities for translating academic research into practical applications that benefit society and the economy.

This funding opportunity supports U.S. institutions conducting research and developing technologies to detect and mitigate potential asteroid and comet threats to Earth.

This funding opportunity supports early career scientists in the U.S. who are working on planetary science research, helping them advance their projects and professional development through financial support.

This grant provides funding for early-phase clinical trials aimed at improving treatments for service-connected eye injuries and visual dysfunction in military personnel and veterans.

This funding opportunity supports U.S.-based researchers and organizations in using commercial satellite data to advance Earth science research and applications.

This funding opportunity is designed for research institutions and organizations affiliated with the Rocky Mountains Cooperative Ecosystems Studies Unit to investigate remote sensing techniques for monitoring dissolved organic matter in water, ultimately improving water quality management across the United States.

The PRMRP Technology/Therapeutic Development Award (TTDA) is a product-driven award mechanism intended to provide support for the translation of promising preclinical findings into products for clinical applications, including prevention, detection, diagnosis, treatment, or quality of life, for a disease or condition related to one of the FY24 PRMRP Topic Areas and one of the FY24 PRMRP Strategic Goals. Products in development should be responsive to the health care needs of military Service Members, Veterans, and their Families. The product(s) to be developed under the PRMRP TTDA mechanism may be a tangible item, such as a pharmacologic agent (drugs or biologics) or device, or a knowledge-based product. (A knowledge product is a non-materiel product that addresses an identified need in a topic area, is based on current evidence and research, aims to transition into medical practice, training, tools, or to support materiel solutions [systems to develop, acquire, provide, and sustain medical solutions and capabilities], and educates or impacts behavior throughout the continuum of care, including primary prevention of negative outcomes.)The Technology/Therapeutic Development Award is not intended for basic research. Applicants generating preliminary data, basic research, performing high-risk/high-gain studies should consider one of the other FY24 PRMRP program announcements being offered. For information about these award mechanisms, see Section II.A.1, FY24 PRMRP Research Development Pipeline.

This funding opportunity is designed to support researchers at U.S.-based institutions in conducting studies related to Earth's surface and interior, with potential participation from foreign organizations under specific guidelines.

The purpose of the RRTCs, which are funded through the Disability and Rehabilitation Research Projects and Centers Program, is to achieve the goals of, and improve the effectiveness of, services authorized under the Rehabilitation Act through well-designed research, training, technical assistance, and dissemination activities in important topical areas as specified by NIDILRR. These activities are designed to benefit people with disabilities, family members, rehabilitation service providers, policymakers and other research stakeholders. The purpose of this particular RRTC is to conduct research, training, technical assistance, and related activities to contribute to improved health and function among people with physical disabilities. NIDILRR plans to make one grant under this opportunity. The grant will have a 60-month project period, with five 12-month budget periods.

This funding opportunity supports research and evaluation of artificial intelligence applications in the criminal justice system, targeting a wide range of eligible applicants including government entities, educational institutions, nonprofits, and for-profit organizations.

The U.S. Geological Survey (USGS) is offering a funding opportunity to a CESU partner to support a study of grassland bird communities under a changing climate. Over the last half-century, populations of grassland birds declined by more than any other bird group in North America. This is because native grasslands have largely been converted to agricultural row crops, and the remaining prairies have become degraded through altered fire regimes, woody encroachment, the spread of invasive plants, and human development. Land managers and conservation organizations are racing to preserve and restore these ecosystems to stem further loss of grassland birds. Given limited resources, bird habitat models are needed to help managers prioritize where conservation efforts will be most effective. In addition to habitat loss and degradation of native grasslands, increasing greenhouse gas emissions will likely change temperatures and rainfall patterns across the Great Plains. This changing climate is expected to alter vegetation communities and the bird species that depend on them. To date, predictions of bird response to a changing climate have focused on changes in temperature and precipitation, but vegetation productivity also depends on factors such as vegetation type and soils. By studying how vegetation influences grassland birds across the western Great Plains, are creating maps of projected bird distribution, given vegetation and land-use change under multiple future climate scenarios. Predictive bird distribution maps will help land managers and other decision-makers understand how the site-level projects fit within regional and climatic contexts. A web-based application and raining modules accompanying these maps will increase capacity among Federal, State, Tribal, and private partners in their conservation planning under a changing climate.

This funding opportunity provides financial support for research projects aimed at improving the lives of individuals with disabilities, specifically targeting Minority-Serving Institutions and Indian Tribes to enhance their research capacity in disability and rehabilitation.

This funding opportunity is designed for partners in the North Atlantic Coast CESU Program to collect and analyze data on salt marsh material exchange, enhancing understanding of tidal wetland ecosystems.

OJP is committed to advancing work that promotes civil rights and equity, increases access to justice, supports crime victims and individuals impacted by the justice system, strengthens community safety, protects the public from crime and evolving threats, and builds trust between law enforcement and the community. With this solicitation, BJA seeks to fund applications to the FY 2024 Paul Coverdell Forensic Science Improvement Grants Program Competitive (Coverdell Competitive Program) to improve forensic science and medical examiner/coroner services, including services provided by laboratories operated by states and units of local government. This program furthers the DOJs mission to uphold the rule of law, to keep our country safe, and to protect civil rights.

The U.S. Geological Survey (USGS) Great Lakes Science Center is offering a funding opportunity to a CESU Partner for research to determine the effects of incubation temperature on survival, growth, morphology, and gene expression of artificially reared cisco (Coregonus artedi) from the Great Lakes. This work is in support of ongoing efforts to develop a cisco hatchery strain that may be used to restore cisco to Lake Huron and other Great Lakes. Hatchery and resource managers are interested in understanding the impacts of the early rearing environment on gene expression and ultimately the adult phenotype in cisco. Working with agency partners will collect cisco gametes from northern Lake Huron and rear them at the Tunison Laboratory of Aquatic Science. Using these fish, the objectives are to (1) evaluate the effects of three incubation temperature treatments on cisco survival, growth, morphology, and gene expression, (2) identify physiological responses to stress across temperature treatments, and (3) identify genes that vary in expression across temperature treatments that appear to play key roles in cisco survival and morphology.

This competition provides over $4.2 million in cash prizes and resources to U.S.-based individuals and teams developing innovative solar energy technologies, with a focus on supporting solutions that benefit underserved communities.

This funding opportunity provides financial support for U.S. institutions and organizations to develop advanced nuclear fuel technologies that utilize recycled materials, aiming to enhance energy security and reduce nuclear waste.

This grant provides funding for researchers, especially early-career scientists and students, to develop and test new technologies for studying solar and space physics through low-cost suborbital flights.

This program provides funding to state educational agencies to improve and innovate assessment systems that measure student achievement and growth in elementary and secondary schools.

This grant provides funding to eligible higher education institutions to develop and deliver practical entrepreneurship training and curricula that support diverse entrepreneurs and address regional economic challenges.