Science Policy Training Belongs Inside the University, Not After It

Most graduate students who want careers in science policy figure it out the same way: alone, after leaving the institution that trained them. They apply for fellowships, knock on legislative office doors, and build skills that no seminar in their doctoral program ever addressed. Alexandra Phillips did it this way herself - serving as an environmental policy fellow for Senator Alex Padilla before joining UC Santa Barbara's Bren School of Environmental Science and Management as an assistant professor. Now she's arguing that universities shouldn't keep outsourcing this training to the world beyond their gates.

Writing in npj Ocean Sustainability with co-author Elizabeth D. Hetherington of UC San Diego, Phillips has published a practical guide that lays out ten strategies for embedding policy literacy into the programs universities already run. The paper is not a philosophical argument about what scientists should aspire to be. It's a manual for department chairs and faculty who want to change what happens in their buildings.

The Translation Problem

Climate change, ocean acidification, plastic pollution, and fisheries collapse are not research questions waiting for more data. They are active policy challenges where decisions are being made right now - often without adequate scientific input. The problem is not that scientists lack relevant knowledge. It's that translating research into something a regulator can act on requires a distinct skill set: understanding legislative cycles, framing technical findings for non-specialist audiences, navigating the difference between what science says and what a bill can legally mandate.

That skill set goes almost completely untaught in standard PhD programs. Students learn experimental design, statistical methods, and how to write for peer review. They rarely learn how an environmental impact statement gets drafted, how a senator's staff processes incoming research, or how a fisheries management body decides which findings to incorporate into regulation.

"One of the issues is that all this training in policy does not happen at the university right now," Phillips said. "But we have the resources and ability to do this in-house, as well, and we should."

Ten Strategies at Two Levels

The guide divides its recommendations into two tiers - what individual faculty can do, and what departments and institutions can build.

For individual faculty, the approach is deliberately low-barrier. The first strategy is simply adding a policy content unit to an existing course. An ecology class that already covers ecosystem dynamics doesn't need to be rebuilt; it can add a three-week module on how those dynamics get translated into fisheries regulations. Where appetite and capacity exist, dedicated science policy courses are the next step. Faculty sabbaticals spent in government or nonprofit policy roles round out the individual-level recommendations - building firsthand fluency that then feeds back into teaching.

Institutional recommendations involve structural scaffolding. Funded policy fellowships and externships give students the opportunity to do actual policy work during their training rather than after it. Collaborative projects with regulatory agencies provide real-world problems to work on. Two underused resources get specific attention: alumni who have already built careers in government policy and the institutional government affairs staff that every major research university employs. Both sit largely untapped as training resources.

"My hope is that this is a roadmap for any department, institution or even PI to take a hard look at what they could do differently to support students that want to do applied and policy-related work," Phillips said.

Beyond Ocean Science

The paper focuses on ocean policy, but Phillips is explicit about the framework's broader applicability. A chemistry department navigating PFAS regulation faces the same translation gap. A public health program feeding graduates into pharmaceutical oversight agencies faces it. An engineering school whose alumni end up at environmental compliance firms faces it. The ten strategies address the structural problem - a gap between technical training and policy application - not the specific subject matter.

This is particularly relevant for the large share of STEM graduates who never enter academic research. Regulatory agencies, environmental nonprofits, industry compliance roles, and government technical advisory positions all require people who can move fluently between scientific evidence and the language of policy. Technical competence alone is insufficient for those careers, and most programs are still training as if academic research is the default destination.

Evidence Base and Honest Limits

Phillips and Hetherington grounded their ten recommendations in literature spanning education research, sociology, policy studies, and marine biology. One finding recurs across that literature: policy engagement skills develop through sustained practice with real problems, not through a single workshop or seminar. Students who spend time working on actual policy questions - reviewing draft regulations, writing briefs for legislative staff, participating in stakeholder comment processes - develop different and more durable competencies than students who read about those activities.

The institutional recommendations are designed to create those sustained exposures at scale. Individual faculty can embed policy content into their courses; that's useful but limited. What changes outcomes for an entire student cohort is an institutional commitment to funding and structuring opportunities for students to engage with policy as part of their normal training.

The study focuses on ocean-related programs and draws primarily on that literature. Whether the specific ten strategies translate equally well to all STEM disciplines, or whether certain fields face structural barriers not present in environmental science, requires discipline-specific evaluation. The authors do not claim universal applicability so much as a transferable template.

"I am inspired by the next generation of students who want to solve complex ocean policy problems," Phillips said. "My role as an educator is to help make that possible."