Federal Science and Technology Grants

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 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 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.

Machine Learning and Optimization-Guided Compilers for Heterogeneous Architectures (MOCHA) seeks to build a new generation of compiler technology to realize the full potential performance of heterogenous architectures. MOCHA will develop data-driven methods, Machine Learning, and advanced optimization techniques to rapidly adapt to new hardware components with little human effort and facilitate optimal allocation of computation to heterogeneous components.

The FY25 Spring Energy I-Corps Lab Call grant is designed to provide funding for projects at DOE National Laboratories, plants, and sites that aim to train researchers in commercialization skills and assess the market potential of their technologies, with a focus on different stages of commercialization.

This funding opportunity is designed for multidisciplinary teams of quantum scientists, biomedical researchers, and engineers to develop innovative quantum-enabled technologies that improve early detection, diagnostics, and therapeutic development in healthcare.

This grant provides funding for doctoral students at U.S. institutions to conduct innovative research in cultural anthropology that enhances understanding of human social and cultural diversity.

This funding opportunity supports U.S. universities in training students in geologic mapping and data synthesis to address national and state geological needs through fieldwork and research projects.

This funding opportunity supports a variety of organizations in developing innovative technologies to identify and target senescent cells, which could lead to new treatments for age-related diseases.

The 80MSFC24M0001 Cooperative Agreement Notice is a grant aimed at fostering partnerships with U.S. industry and academic/non-profit organizations to develop technologies that enhance the commercial space sector, support future NASA missions, and promote the U.S. as a leader in aeronautical and space science, with financial support provided by NASA.

This opportunity seeks innovative organizations to develop and demonstrate prototype solutions that enhance hypersonic technologies for national defense applications.

This funding opportunity provides financial support to public water systems serving populations of 10,000 or more, helping them improve their resilience against natural disasters, extreme weather, and cybersecurity threats.

This funding opportunity is designed to support U.S.-based researchers and institutions working on projects that enhance the detection, tracking, and mitigation of potentially hazardous asteroids and comets that could threaten Earth.

This program provides funding for researchers, including principal investigators, postdoctoral researchers, and graduate students, to collaborate on scientific and engineering challenges related to medical device technology at the FDA.

This grant provides funding to higher education institutions to develop and implement strategies that increase the number of historically underrepresented minority faculty in STEM fields.

This funding opportunity provides financial support for research projects aimed at understanding and preventing the abuse, neglect, and financial exploitation of older adults, targeting a wide range of eligible applicants including governments, educational institutions, and non-profit organizations.

This funding opportunity supports creative projects that promote engagement, education, and collaboration between the United States and the communities of Mauritius and Seychelles.

This agreement represents an opportunity for research into mitigation strategies for embankment and floodwall overtopping breach. To accomplish this, the following is anticipated:1. Assess factors that may lead to overtopping breach and relevant failure mechanisms for the different embankment and floodwall designs that are common to the USACE inventory. Assess the current state of practice for numerical modeling used for performance predictions of levees and floodwalls with regards to overtopping breach. Collect case histories of overtopping events for use in analytical or numerical assessment of embankment and floodwall performance when overtopping occurs.2. Identify the current state of practice for mitigating overtopping of flood control levees and floodwalls, including USACE and international approaches. Identify potential emerging technologies that could be used to mitigate overtopping breach of flood control embankments and floodwalls.3. Perform laboratory investigations to quantify potential improvement of embankment and floodwall foundation soils during overtopping. Saturated and unsaturated soil mechanics approaches could be explored when appropriate.4. Investigate and develop numerical methodologies to improve current numerical performance predictions. Identify advanced approaches and define when these might improve performance predictions. Identify uncertainty in standard and advanced numerical approaches.5. Perform physical testing to assess different mitigation strategies for overtopping performance of the different mitigation strategies. Provide quantifiable design recommendation based on these tests as well as data for the validation of numerical models.