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 (ARI) was a FY 2010 grant opportunity run by the National Science Foundation (NSF) in partnership with the Domestic Nuclear Detection Office (DNDO) within the Department of Homeland Security (DHS). Its central aim was to fund frontier, university-based research that could lead to major advances in the detection of nuclear and radiological threats. In practical terms, the program sought new scientific knowledge and enabling technologies that could improve how the United States detects nuclear weapons, special nuclear material, radiation dispersal devices (often associated with so-called dirty bombs), and related nuclear threat scenarios. The emphasis was on transformational academic research that could move the field forward over the long term rather than incremental engineering tweaks.

The scope of work was tightly defined around nuclear detection. The solicitation highlighted research on detection systems, individual sensors, and other approaches that are potentially relevant to identifying or characterizing nuclear and radiological materials and threats. Just as important, the program was framed as a capacity-building effort: beyond producing results and prototypes, it aimed to grow the research community and strengthen the intellectual base in disciplines that matter to future nuclear detection capabilities. The agencies described this community-building aspect as essential to the nation’s ability to deploy effective detection measures against the risk of nuclear terrorism.

Because the program was scope-sensitive, it drew a clear line about what would not be considered. Proposals that did not align with the nuclear detection mission described in the solicitation were to be returned without review. The announcement also explicitly excluded research focused on detection of biological, chemical, or conventional weapons, making it clear that the ARI was not a general WMD detection program but a nuclear and radiological detection research initiative.

From a funding and administrative standpoint, this was a discretionary grant program (Funding Opportunity Number 10-526) with an estimated total funding level of $58,000,000. NSF expected to make about 8 awards. Individual award sizes were anticipated to range from $400,000 (award floor) up to $2,000,000 (award ceiling). There was no cost sharing or matching requirement stated for applicants, which generally lowers the barrier for academic participation and makes proposal quality and relevance the primary drivers rather than an institution’s ability to contribute additional funds.

Eligibility was limited to U.S.-based academic institutions. Specifically, proposals could be submitted by accredited U.S. universities and colleges, including two-year and four-year institutions and community colleges, provided they have a campus located in the United States and are applying on behalf of their faculty. The opportunity was tied to multiple NSF and DHS-related CFDA listings spanning engineering, mathematical and physical sciences, computer and information science and engineering, education and human resources, international science and engineering, cyberinfrastructure, and homeland security nuclear-threat technology RDT&E, reflecting the multidisciplinary nature of nuclear detection research and the range of foundational fields that could contribute.

The timeline for the solicitation was straightforward. The opportunity was posted on January 18, 2010, with a full proposal deadline of April 15, 2010 (the original and current closing dates matched). Applicants were directed to NSF Publication 10-526 for the full announcement details. For access issues with the electronic announcement, NSF’s Grants.gov support contact was provided (grantsgovsupport@nsf.gov), underscoring that proposals were expected to be submitted and managed through standard federal electronic grant systems.

Overall, the ARI represented a substantial, targeted federal investment meant to push the science and technology of nuclear detection forward through university-led research, while also cultivating the long-term talent pipeline and research infrastructure needed to keep improving national nuclear detection capabilities over time.

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