Joint Domestic Nuclear Detection Office National Science Foundation Academic Research Initiative | Apply Online

Opportunity Summary:

The Joint Domestic Nuclear Detection Office National Science Foundation Academic Research Initiative (Funding Opportunity Number 09-532) is a discretionary grant program run through the National Science Foundation in partnership with the Domestic Nuclear Detection Office (DNDO) within the Department of Homeland Security. Launched for FY 2009, the program is designed to fund frontier, transformational academic research that can strengthen the nations long-term ability to detect and counter nuclear and radiological threats. At its core, the opportunity is about building new fundamental knowledge and a durable university-based research community focused on nuclear detection, with the broader goal of supporting effective measures to prevent or respond to nuclear terrorism.

The technical scope is tightly centered on nuclear and radiological detection. NSF and DNDO are looking for research on complete detection systems, individual sensors, and other enabling technologies that could be relevant to identifying nuclear weapons, special nuclear material, radiation dispersal devices (often discussed as "dirty bombs"), and related nuclear threat scenarios. The solicitation emphasizes that the program is meant to push foundational science and engineering forward, not just incremental improvements, and to develop intellectual capacity in disciplines that will matter for future national nuclear detection capabilities. It also notes that this initiative is intended to be coordinated with related work across other federal agencies, signaling an effort to complement rather than duplicate existing federal R and D investments.

The solicitation is explicit about what will not be considered. Proposals that fall outside the stated nuclear detection scope will be returned without review, which is stronger language than a typical "non-responsive" warning and implies applicants must align closely with the described mission. In addition, research focused on detecting biological, chemical, or conventional weapons is specifically excluded, even if those topics might be adjacent to security or sensing more broadly. In practical terms, applicants need to frame their ideas directly around nuclear or radiological detection relevance rather than general threat detection.

In terms of funding scale, the program anticipated making about 8 awards, with an estimated total funding level of $58,000,000. Individual awards were expected to range from $400,000 at the low end to a ceiling of $2,000,000. The opportunity stated there was no cost sharing or matching requirement, which generally lowers barriers for academic participation and allows proposals to be evaluated primarily on technical merit, impact, and feasibility rather than institutional ability to contribute funds.

Eligibility is limited to U.S. academic institutions. Proposals could be submitted only by accredited U.S. universities and colleges, including two-year and four-year institutions such as community colleges, provided they have a campus located in the United States and are submitting on behalf of their faculty members. This restriction makes the opportunity fundamentally campus-driven and faculty-led, consistent with the initiatives emphasis on building academic research capacity and a sustained pipeline of expertise.

Administratively, the opportunity was posted January 26, 2009, with a full proposal deadline of April 27, 2009. The announcement also indicated a recurring deadline pattern: the fourth Monday in April annually thereafter through 2011, suggesting the initiative was envisioned as multi-year in rhythm even though the specific record provided is archived. The archive date is listed as March 5, 2010, and the official reference is NSF Publication 09-532. The funding activity category is science and technology and other research and development, with CFDA program associations spanning multiple NSF directorates and related areas (including Engineering, Mathematical and Physical Sciences, Computer and Information Science and Engineering, Education and Human Resources, International Science and Engineering, Cyberinfrastructure) as well as a Homeland Security nuclear-threat technology RDT and E category (97.077). This mix reflects the interdisciplinary nature of nuclear detection research, which can draw on physics, materials science, electrical engineering, algorithms, data analysis, modeling and simulation, and workforce development components.

Overall, this grant opportunity is best understood as a major, mission-informed basic research investment: it uses NSFs academic research mechanisms and peer-review culture, paired with DHS/DNDO national security priorities, to accelerate the discovery and maturation of technologies and scientific approaches that could improve the detection of nuclear and radiological threats over the long term.

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