Federation of American Scientists Launches Major Recruitment Drive to Foster Policy Entrepreneurship and Technical Leadership in Global Security

The Federation of American Scientists (FAS) has officially announced a comprehensive strategic expansion aimed at recruiting a new generation of experts dedicated to addressing the most pressing technological and existential challenges of the 21st century. By emphasizing an "entrepreneurial mindset" and a "growth-oriented" philosophy, the non-partisan policy research organization is signaling a shift toward more agile, high-impact interventions in the federal policy landscape. This recruitment drive comes at a critical juncture for the United States, as the intersection of emerging technology, climate change, and global security necessitates a deeper integration of scientific expertise into the halls of government.

The FAS initiative is not merely a standard hiring cycle but represents a calculated effort to bridge the widening gap between rapid scientific advancement and the often slower pace of legislative and regulatory frameworks. According to internal statements, the organization seeks individuals who can drive impact not only for their colleagues and customers but for the broader global community. This move underscores a broader trend in the Washington D.C. think-tank ecosystem: the transition from traditional academic analysis to "policy entrepreneurship," where technical experts actively design and pilot solutions that can be readily adopted by federal agencies.

The Evolution of a Scientific Powerhouse: Historical Context

To understand the significance of the current expansion at FAS, one must look back to its foundational roots in the wake of the Second World War. Founded in 1945 by members of the Manhattan Project, the organization was originally known as the Federation of Atomic Scientists. These pioneers, including figures such as Robert Oppenheimer and Leo Szilard, were deeply concerned by the implications of the nuclear age they had helped usher in. Their primary goal was to ensure that science was used for the benefit of humanity rather than its destruction, specifically advocating for the civilian control of nuclear energy and the prevention of nuclear war.

By 1946, the organization rebranded as the Federation of American Scientists to reflect a broader mandate that encompassed all areas of scientific endeavor. Over the decades, FAS has been at the forefront of several major historical milestones. It played a pivotal role in the creation of the Atomic Energy Commission and was a leading voice in the debates surrounding the Anti-Ballistic Missile (ABM) Treaty and the Strategic Arms Limitation Talks (SALT). In the late 20th and early 21st centuries, FAS expanded its scope to include government secrecy, biosecurity, and the monitoring of global nuclear stockpiles through its world-renowned Nuclear Information Project.

The current recruitment drive marks a new chapter in this history. While the core mission of global security remains, the definition of "security" has evolved. It now includes the resilience of the U.S. semiconductor supply chain, the ethical deployment of artificial intelligence, the mitigation of pandemic risks, and the acceleration of clean energy transitions.

Bridging the Gap: The Rise of the Policy Entrepreneur

The centerpiece of the new FAS recruitment strategy is the concept of the "policy entrepreneur." In the context of FAS, this refers to individuals who possess both deep technical expertise and the organizational savvy to navigate the complexities of the federal government. The organization’s leadership has indicated that the "entrepreneurial mindset" is essential for identifying "white space" in the policy world—areas where technical gaps lead to inefficient or dangerous outcomes—and developing the necessary tools or programs to fill those gaps.

This approach is best exemplified by the FAS "Day One Project," which has become a hallmark of the organization’s modern strategy. Launched to coincide with the start of new presidential administrations, the project crowdsources and refines actionable policy ideas from the scientific community. To date, the project has generated hundreds of policy memos, many of which have been integrated into federal budget requests and executive actions. The current hiring push seeks to scale this model, bringing in experts who can act as "impact fellows" or policy leads to move these ideas from the page into the real world.

Strategic Programmatic Pillars and Recruitment Areas

The FAS expansion focuses on several key domains where the organization believes technical intervention can yield the highest return on investment for the public good. These areas serve as the primary focus for the "open positions" currently being advertised:

1. Nuclear Information and Global Security

FAS remains the gold standard for independent analysis of global nuclear forces. As nuclear-armed states modernize their arsenals and arms control treaties lapse, the organization is seeking data scientists and defense analysts to maintain and expand the Nuclear Notebook and other tracking tools. This work provides the factual foundation for international diplomacy and public debate.

2. Technology and Innovation Policy

With the passage of the CHIPS and Science Act and the rapid rise of generative AI, the federal government is making historic investments in technology. FAS is positioning itself as a key partner in ensuring these investments are managed effectively. Recruitment in this area focuses on experts in semiconductor manufacturing, AI governance, and research and development (R&D) ecosystems.

3. Bio-security and Health Preparedness

The lessons of the COVID-19 pandemic have highlighted the need for more robust bio-surveillance and faster medical countermeasure development. FAS is looking for bioscientists and public health experts who can work on policies to prevent both natural and engineered biological threats.

4. Climate and Clean Energy

FAS is increasingly involved in "permitting reform" and the technical hurdles associated with deploying green technology at scale. The organization seeks experts who understand the intersection of environmental science, infrastructure, and federal regulation.

Supporting Data: The Growing Need for Scientific Expertise in Policy

The urgency behind the FAS recruitment drive is supported by several data points regarding the state of science and technology in the United States. According to the National Science Board’s 2024 State of U.S. Science and Engineering report, while the U.S. remains a global leader in R&D, its share of global R&D expenditures has decreased as other nations, particularly China, ramp up their investments.

Furthermore, a 2023 study on the "technical talent gap" in government found that many federal agencies struggle to recruit and retain experts in cutting-edge fields like machine learning and quantum computing due to competition from the private sector. FAS aims to serve as a conduit, offering a platform for high-level talent to contribute to the public sector without the bureaucratic hurdles often found in direct government employment.

Data from the FAS Day One Project also illustrates the effectiveness of this model:

• Total Policy Proposals: Over 500 actionable memos developed.
• Agency Engagement: Collaborative efforts with over 20 federal agencies.
• Legislative Impact: Multiple provisions in the CHIPS and Science Act were informed by FAS-led expert working groups.

Chronology of Modern FAS Expansion

To understand the trajectory leading to the current hiring announcement, one must look at the organizational milestones over the past five years:

• 2019: FAS launches the Day One Project, shifting its focus toward proactive policy development and crowdsourced innovation.
• 2020: During the peak of the pandemic, FAS provides critical technical analysis on PPE supply chains and rapid testing, establishing its relevance in national crisis management.
• 2021: The organization doubles down on "Impact Fellowships," placing technical experts directly into federal agencies to assist with high-priority projects.
• 2022: FAS plays a significant role in advocating for the "Science" portion of the CHIPS and Science Act, emphasizing the need for regional innovation hubs.
• 2023: The organization expands its AI portfolio, launching initiatives to track AI safety and the implementation of the Executive Order on Artificial Intelligence.
• 2024: FAS announces a major recruitment drive to fill roles across all departments, emphasizing an "entrepreneurial mindset" to meet the challenges of an election year and beyond.

Official Responses and Institutional Support

While FAS is an independent non-profit, its work is frequently cited by policymakers and academic institutions. Although specific reactions to this latest recruitment drive are typically kept internal to the policy community, the sentiment among science policy advocates is one of support.

Dr. Daniel Correa, CEO of FAS, has previously emphasized that the organization’s strength lies in its ability to be "scrappy and impactful." In various public forums, leadership has noted that the goal is to create a "force multiplier" effect—where a small team of highly dedicated experts can influence billions of dollars in federal spending and impact millions of lives by ensuring that policy is rooted in evidence.

"The goal is not just to analyze the world, but to change it for the better using the tools of science and evidence-based policy," is a recurring theme in the organization’s outreach. This philosophy is reflected in the job descriptions for open positions, which prioritize "impact-oriented" candidates over those seeking purely academic pursuits.

Broader Impact and Future Implications

The expansion of the Federation of American Scientists has significant implications for the future of American governance. As the world moves deeper into an era defined by "polycrisis"—where climate change, geopolitical instability, and technological disruption intersect—the need for organizations that can translate complex science into actionable policy has never been greater.

By recruiting "entrepreneurial" scientists, FAS is essentially building a specialized workforce that acts as a bridge between the laboratory and the legislative chamber. If successful, this model could serve as a blueprint for other non-profits and think tanks, moving the needle away from partisan rhetoric and toward technical problem-solving.

The success of this recruitment drive will likely be measured by the organization’s ability to influence the next generation of federal policy. Whether it is through the drafting of safety standards for AI, the creation of new frameworks for nuclear arms control in a multipolar world, or the streamlining of the path from scientific discovery to commercial application, the new members of "Team FAS" will find themselves at the center of the most important debates of the decade.

For the scientific community, the FAS announcement is a call to action. It suggests that the role of the scientist is no longer confined to the bench or the classroom; it is increasingly found in the strategic planning rooms of Washington, where the future of global security and prosperity is being negotiated. As the organization moves forward with its hiring, the eyes of the policy world will be on FAS to see how this infusion of entrepreneurial talent will shape the national agenda.