Technical corrections only. The changes between v2 and v3 reflect the bill's procedural status update from being engrossed in the House to being referred in the Senate, including the name of the House Clerk. No substantive policy changes were made to the bill's text.
DOE and NSF Interagency Research Act
- Sponsor
- Rep. Stevens, Haley M. [D-MI-11]
- Committees
- Science, Space, and Technology Committee (primary)
- Last action
- Mar 25, 2025
Bottom line
This bill formalizes and expands interagency collaboration between the DOE and NSF on critical scientific and technological research areas, aiming to leverage resources and expertise for national benefit and workforce development.
What it actually does
This bill mandates that the Department of Energy (DOE) and the National Science Foundation (NSF) establish cross-cutting and collaborative research and development activities. It requires a formal agreement, such as a Memorandum of Understanding, and specifies that funding for these collaborations must be awarded through a competitive, merit-reviewed process open to various research entities. The bill outlines several key focus areas for this joint research, including quantum information sciences, artificial intelligence, and advanced manufacturing, and also emphasizes STEM education and workforce development.
Proponents argue
Supporters argue that formalizing coordination between DOE and NSF will prevent duplication of effort, maximize the impact of federal research dollars, and accelerate breakthroughs in key scientific and technological fields vital for national competitiveness and security. They emphasize the benefits of shared infrastructure, expertise, and a unified approach to complex challenges like energy and climate, while also bolstering the STEM workforce.
Opponents contend
Critics might argue that such a mandate could lead to bureaucratic overhead, potentially stifling independent research initiatives within each agency, or that existing informal collaborations are sufficient. Concerns could also be raised about potential mission creep or the allocation of resources away from core agency priorities, though no explicit opposition is evident in the bill text.
The bill is concise and straightforward, allowing for quick comprehension by an informed reader.
Section 2(a)
Mandate for DOE and NSF Research and Development Coordination
This section requires the Secretary of Energy and the Director of the National Science Foundation to conduct joint research and development activities. The goal is to advance the mission requirements and priorities of both agencies through cross-cutting and collaborative efforts, ensuring that their scientific endeavors are aligned and mutually supportive, thereby maximizing federal research impact.
Supporters argue
Supporters argue this formalizes and strengthens critical interagency cooperation, leading to more efficient use of taxpayer money and accelerated scientific progress by pooling expertise and resources on national priorities.
Critics contend
No specific opposition is typically raised against mandating interagency coordination in principle, as it is generally seen as beneficial. Potential concerns might revolve around implementation details rather than the core idea.
Tradeoffs
This provision balances the need for focused agency missions with the benefits of interdisciplinary, collaborative research, aiming to optimize federal scientific investments.
Section 2(b)
Framework for Coordination and Funding
This provision requires the DOE Secretary and NSF Director to establish a Memorandum of Understanding (MOU) or similar agreement to guide their collaborative activities. Crucially, it mandates that these activities must use a competitive, merit-reviewed process for funding, open to various entities including federal agencies, National Laboratories, universities, and non-profits, ensuring fair and quality-driven allocation.
Section 2(c)(1)
Key Scientific and Technological Research Domains
This subsection outlines specific areas where DOE and NSF are authorized to conduct collaborative research. These include basic plasma science, fundamental biological and computational science (e.g., computational neuroscience, neuromorphic computing), modeling and simulation for energy/climate, quantum information sciences, energy and materials science, advanced manufacturing, microelectronics, and advanced physics. Many areas explicitly mention collaboration with existing programs, ensuring synergy.
Section 2(c)(4)
STEM Education and Workforce Development Initiatives
This part authorizes the Secretary and Director to organize education, training, and research initiatives related to STEM education and workforce development. This includes internships, fellowships, experiential learning for students at all levels, and professional development for educators and researchers, aiming to build a skilled workforce in critical scientific and technological fields for the future.
This subsection mandates that all activities authorized under the Act must be consistent with subtitle D of title VI of the Research and Development, Competition, and Innovation Act (Public Law 117-167; 42 U.S.C. 19231 et seq.). This subtitle generally deals with research security, aiming to protect U.S. research and intellectual property from foreign adversaries.
Section 2(f)
Why it matters:This is standard legislative practice for incorporating existing legal frameworks without reprinting them, ensuring consistency with broader policy. However, it can obscure the specific requirements for those unfamiliar with the referenced law.
Case for: Supporters argue that this ensures critical research collaborations are conducted securely, protecting national interests and intellectual property from theft or undue foreign influence, which is vital for maintaining U.S. technological leadership and security.
Case against: Some might argue that overly stringent security measures, if not carefully implemented, could inadvertently hinder international scientific collaboration, slow down research, or create unnecessary administrative burdens for researchers, potentially impacting scientific openness.
Estimated impact: Significant impact on how collaborative research is conducted, potentially adding layers of review and compliance related to foreign engagements, data sharing, and personnel vetting for all projects under this Act.