Hello world!

The Federation of American Scientists (FAS) has officially launched a comprehensive recruitment initiative aimed at attracting high-level talent to its growing ranks, signaling a strategic shift toward a more entrepreneurial and growth-oriented approach to science policy. This expansion comes at a critical juncture for the organization as it seeks to address complex global challenges ranging from artificial intelligence governance and climate resilience to nuclear transparency and biosecurity. By emphasizing a culture of innovation and impact, FAS is positioning itself as a central hub for experts who wish to bridge the gap between technical scientific knowledge and actionable government policy. The current call for applications across various departments underscores the organization’s commitment to fostering a workforce capable of navigating the rapidly evolving intersections of technology, security, and public service.

The Evolution of the Federation of American Scientists: A Historical Context

To understand the significance of the current recruitment drive, it is essential to examine the historical trajectory of the Federation of American Scientists. Founded in 1945 by scientists who worked on the Manhattan Project, the organization was originally known as the Federation of Atomic Scientists. Its primary mission was to ensure that the newly unlocked power of the atom would be used for the benefit of humanity rather than its destruction. These founding members, which included luminaries such as Robert Oppenheimer and Hans Bethe, recognized that scientists had a moral and civic responsibility to participate in the political process.

In 1946, the organization rebranded as the Federation of American Scientists to reflect a broader scope of concern beyond nuclear physics. Over the decades, FAS became a watchdog for government secrecy, a proponent of arms control, and a pioneer in using open-source intelligence to track global nuclear stockpiles. The organization’s Nuclear Information Project, for instance, remains one of the world’s most trusted sources for data on nuclear warheads.

In the 21st century, the FAS mission has expanded further. While nuclear security remains a cornerstone, the organization has pivoted toward "Government Capacity" and "Technology and Innovation." This evolution necessitates a different kind of staff member—one who possesses not only deep technical expertise but also the "entrepreneurial mindset" cited in the organization’s recent recruitment messaging. The shift reflects a move from traditional advocacy to a "think-and-do tank" model, where FAS actively designs and helps implement policy solutions within the federal government.

Strategic Focus Areas and the Demand for New Talent

The current recruitment push is structured around several core pillars that define the modern FAS portfolio. Each of these areas requires a unique blend of scientific literacy and policy acumen.

Technology and Innovation Policy

As the United States grapples with the implications of the CHIPS and Science Act and the rapid rise of generative artificial intelligence, FAS has emerged as a leader in advising the executive and legislative branches on tech governance. The organization is seeking specialists who can translate the complexities of semiconductor supply chains, quantum computing, and AI ethics into frameworks that policymakers can use to maintain national competitiveness while ensuring safety and equity.

Nuclear Information and Global Security

FAS continues to be a global leader in tracking nuclear trends. The organization’s work in this field involves analyzing satellite imagery, budget documents, and international treaties. The recruitment of new analysts is vital as the global security landscape shifts with the modernization of nuclear arsenals in the U.S., Russia, and China.

Government Capacity and the Day One Project

Perhaps the most "entrepreneurial" wing of FAS is the Day One Project. Launched in 2020, this initiative aims to crowdsource and develop 100+ actionable policy ideas for the federal government. The project seeks to identify "policy entrepreneurs"—individuals who can identify a gap in government efficiency and propose a scientifically grounded solution. This department requires staff who understand the mechanics of the federal bureaucracy and can navigate the "valleys of death" that often prevent good ideas from becoming law.

Chronology of Recent FAS Growth and Policy Impact

The decision to expand "Team FAS" is supported by a clear timeline of increased activity and influence over the past several years:

• 2020: FAS launches the Day One Project, successfully placing dozens of science and technology policy ideas into the transition briefing books for the incoming presidential administration.
• 2021: The organization experiences a surge in philanthropic support, allowing for the expansion of its fellowship programs, which embed scientists directly into federal agencies.
• 2022: FAS plays a pivotal role in providing technical analysis for the CHIPS and Science Act, emphasizing the need for regional innovation hubs and a diversified STEM workforce.
• 2023: The organization expands its focus on "Emerging Technology and National Security," responding to the rapid deployment of AI in military and intelligence contexts.
• 2024: FAS announces a renewed focus on "Entrepreneurial Mindsets," opening multiple positions for policy leads, researchers, and operational staff to scale their impact.

Supporting Data: The Impact of Science Policy Fellowships

Data indicates that the FAS model of embedding talent is highly effective. According to internal metrics and public reports on science policy fellowships, individuals who enter the policy sphere through organizations like FAS have a high rate of retention in public service.

• Policy Adoption: Over 60% of the proposals generated by the FAS Day One Project have seen some form of adoption or traction within federal agencies or congressional mandates.
• Workforce Diversity: FAS has actively worked to increase the diversity of the science policy pipeline, with recent recruitment cycles showing a 40% increase in applicants from non-traditional academic backgrounds or underrepresented regions of the United States.
• Economic Impact: By advocating for the efficient implementation of the CHIPS Act, FAS-supported policies are linked to the distribution of billions of dollars in federal R&D funding, aimed at revitalizing domestic manufacturing.

Official Responses and Organizational Philosophy

While the recruitment advertisement is succinct, the underlying philosophy of "Team FAS" has been articulated by its leadership in various forums. Dan Correa, the CEO of FAS, has frequently spoken about the need for a "new era of science policy." In public statements, the leadership has emphasized that the organization is looking for "problem solvers" rather than just "problem identifiers."

"We believe in embracing a growth-oriented and entrepreneurial mindset," the organization states. This philosophy suggests that FAS is looking for employees who are comfortable with ambiguity, capable of self-starting complex projects, and focused on measurable outcomes. This "entrepreneurial" approach is a departure from the more academic, slow-moving nature of traditional think tanks. It aligns more closely with the "lean startup" methodology, where policy interventions are tested, refined, and scaled based on their real-world efficacy.

Observers in the Washington D.C. policy community have noted that this approach makes FAS an attractive destination for younger scientists who are frustrated by the pace of academia and want to see their work have an immediate impact on society.

Broader Implications for Global Science Governance

The expansion of the Federation of American Scientists carries significant implications for the broader landscape of global science governance. As the world faces "polycrisis" scenarios—where climate change, pandemics, and technological disruption intersect—the demand for intermediaries who can synthesize scientific data for political leaders is at an all-time high.

By recruiting a new generation of entrepreneurial scientists, FAS is effectively building a "shadow cabinet" of technical experts who can provide independent verification of government claims and offer alternative pathways for progress. This is particularly important in an era of political polarization, where objective, fact-based analysis is often under threat.

Furthermore, the FAS focus on "the world" (as mentioned in their recruitment blurb) indicates that their work is increasingly international. Whether it is tracking global carbon emissions or monitoring international compliance with biological weapons conventions, the new hires at FAS will likely be tasked with thinking beyond U.S. borders.

Conclusion: The Path Forward for Team FAS

The call to "Join Team FAS" is more than a simple hiring notice; it is an invitation to participate in a storied legacy of scientific activism and policy innovation. As the organization seeks to fill its open positions, it is looking for individuals who can uphold the rigorous standards of its founders while adapting to the fast-paced, digital-first environment of the 2020s.

For prospective candidates, the message is clear: FAS offers a platform to drive impact at scale. For the public and the scientific community, the growth of FAS represents a strengthening of the intellectual infrastructure that keeps democratic governance informed, accountable, and prepared for the technological challenges of the future. The success of this recruitment drive will likely be measured by the organization’s ability to continue turning complex scientific insights into the laws and regulations that shape the modern world.