Phillips’ guide represents a synthesis of interdisciplinary scholarship, drawing upon education theory, sociology, political science, and marine biology to propose actionable strategies for academia. Published in npj Ocean Sustainability, the recommendations signal a paradigm shift: integrating policy education directly into scientific curricula is no longer optional but imperative. The traditional compartmentalization of science and policy education has long hampered the capacity of emerging scientists to influence governance frameworks effectively, resulting in a disjointed approach to environmental stewardship and resource management.

At the heart of this transformative effort lies the conviction that science education must transcend technical training to embed policy fluency as a core competence. Phillips, trained as a marine scientist and now a professor of environmental communication at UCSB’s Bren School, emphasizes the multidimensional nature of ocean policy challenges. “We can no longer exclusively train scientists in narrow technical domains,” she asserts. The dynamic interface of environmental science with legislative processes, stakeholder negotiation, and political economy demands a multifaceted skill set rarely cultivated within traditional scientific training programs.

Historically, this deficit has relegated policy engagement to ad hoc, extracurricular models, often dependent on external fellowships or personal initiative. Phillips, having experienced policy immersion firsthand as an environmental policy fellow for Senator Alex Padilla, observed the profound impact that policy literacy can have on scientific careers. She argues that universities are uniquely positioned, but have yet to capitalize fully, to institutionalize this knowledge transfer within their academic fabric. This internal capacity building would democratize access to policy-related skills and amplify the societal relevance of scientific research.

The guide outlines ten targeted strategies to foster ocean policy expertise across educational levels. Among these are recommendations for faculty to embed robust policy modules within existing scientific courses and to develop specialized offerings that directly tackle regulatory and governance dimensions of marine science. The encouragement of science-policy sabbaticals acknowledges that faculty role models proficient in both domains are essential to cultivating a campus culture that values applied policy engagement as integral to scientific success.

From the perspective of academic departments and institutions, Phillips and co-author Elizabeth D. Hetherington of UC San Diego encourage the allocation of dedicated funding streams enabling students to pursue policy-oriented internships, fellowships, and practica. Such financial support mitigates barriers to experiential learning that is often crucial for understanding the nuances of policymaking. Moreover, leveraging the expertise of alumni networks and institutional government affairs personnel forms a symbiotic relationship linking academic inquiry with real-world governance challenges. This approach can foster mentorship pathways and expose students to diverse career trajectories transcending traditional academic roles.

Although the focal point of the study is ocean policy, its principles are broadly applicable across scientific disciplines. The call to action challenges research institutions, principal investigators, and academic departments to conduct critical self-assessments of how they can better equip their students for impactful, policy-relevant careers. This is particularly salient as the career paths for STEM graduates diversify beyond the conventional realms of research and academia, encompassing roles in industry regulation, non-profit advocacy, and governmental agencies.

As environmental crises accelerate, the intersection of science and policy becomes not only a domain of academic interest but a societal imperative. Training the next generation of scientists to navigate and influence policy ecosystems enhances the potential for evidence-based solutions to scale effectively. Phillips expresses profound optimism about the motivations of contemporary students keen to tackle complex ocean policy dilemmas. She envisions her instructional role as a catalyst that empowers these students to transcend disciplinary silos and engage holistically with environmental governance.

The significance of this educational evolution extends beyond ocean sustainability issues. It challenges the fundamental architecture of scientific education, urging an inclusive model where technical mastery and policy literacy coalesce. Such integration promises to enrich science communication, bridge the divide between empirical evidence and public discourse, and promote adaptive, anticipatory governance frameworks capable of responding to the rapid pace of environmental change.

The adoption of Phillips’ recommendations could precipitate profound shifts in academic culture and research paradigms. By embedding policy competencies within STEM education, institutions foster graduates who are not only skilled in generating knowledge but also adept in deploying it effectively within political and societal contexts. This dual capacity is vital for advancing sustainable solutions that are informed by science while pragmatically aligned with policy realities.

In summary, the transformation of scientific education to include comprehensive policy training represents a critical step toward addressing the multifaceted challenges posed by ocean and environmental issues. Alexandra Phillips’ work provides a visionary blueprint for educators, administrators, and policymakers committed to nurturing the next generation of informed, engaged, and proactive scientists. The imperative to integrate policy insight within scientific curricula transcends disciplinary boundaries and promises to catalyze a new epoch of science-driven societal impact.

Subject of Research: Ocean Policy Education, Science Policy Integration

Article Title: Integrating Ocean Policy Literacy into Scientific Education: A Framework for the Next Generation

News Publication Date: 2024

Web References:
https://www.nature.com/articles/s44183-026-00185-2

Image Credits: Photo Credit: Matt Perko

Keywords: Scientific Community, Education, Science Policy, Ocean Policy, Graduate Education, Educational Institutions, College Students, Doctoral Students, Graduate Students, Undergraduate Students, Undergraduate Education, Science Curricula, Science Careers, Alternative Careers, Science Communication

Taking the distinguished top honor is Professor Bruce Lewenstein of Cornell University, whose extensive career epitomizes dedicated scholarship and leadership in the realm of science communication research and education. His interdisciplinary approach intricately weaves research, pedagogy, and community-building, underscoring the vital role public communication plays in shaping societal understanding of science and technology. Lewenstein’s decades-long efforts have not only expanded academic boundaries but have also laid foundational infrastructure for the professionalization of science communication on a global scale.

In parallel, the award recognized two remarkable runners-up: Professor Susana Herrera-Lima from Mexico and Professor Toss Gascoigne from Australia. Both exemplify visionary leadership in advancing the science communication landscape in their respective regions and beyond, emphasizing the creation of institutional frameworks, training programs, and international collaborations that propel the discipline forward. Their endeavors underscore the critical role of regional initiatives melding into a cohesive global movement for science communication excellence.

The PCST Award itself is generously funded by the GIST Graduate School of AI Policy and Strategy, a South Korean institution at the forefront of interdisciplinary education where artificial intelligence intersects with societal governance. This sponsorship underlines the award’s commitment to supporting emergent fields that shape public understanding and policy of rapidly evolving scientific domains. The monetary recognition – $1,500 for the winner and $700 for each runner-up – serves both as an incentive and acknowledgment of sustained contributions to science communication’s professionalization.

Professor Lewenstein’s career trajectory offers an emblematic case study of the field’s evolution. Since 1987, his pedagogical and research initiatives at Cornell University have fostered the integration of communication theory, science policy, and social studies of science, collectively enhancing the epistemic foundations of science communication. His work navigates the complexities of disseminating scientific knowledge amidst growing public skepticism and institutional distrust, particularly relevant in an era marked by rampant misinformation and epistemic polarization.

Beyond his academic achievements, Lewenstein’s involvement in founding the PCST Network itself demonstrates his commitment to creating lasting professional networks that bridge geographical and disciplinary boundaries. These networks foster shared standards, ethical frameworks, and collaborative ventures that elevate the visibility, credibility, and impact of science communication practitioners globally. His recognition signals the importance of infrastructure-building as a pillar of professional growth alongside traditional research outputs.

Professor Susana Herrera-Lima’s contributions illuminate the particular challenges and opportunities endemic to Latin America’s science communication milieu. Her leadership in establishing Mexico’s pioneering Master’s degree in Science and Culture Communication at ITESO signifies a landmark institutional commitment to scrutinize and nurture the discipline within culturally and socio-politically diverse contexts. Her efforts extend pedagogically and organizationally through diploma programs and mentorship that cultivate a new generation of communicators equipped to engage with complex societal issues.

Herrera-Lima’s influence also permeates collaborative scientific communication platforms such as SOMEDICyT, RedPOP, and PCST, where her advocacy stresses regional synergies and international discourse integration. Notably, her foundational role in the editorial board of the Journal of Science Communication (JCOM) Latin America and the sustained success of Café Scientifique ITESO establish vital venues for scholarly exchange, public dialogue, and community engagement across Latin America.

Professor Toss Gascoigne’s international contributions are exemplified through his pivotal role in the creation of “Communicating Science: A Global Perspective,” a seminal text mapping the trajectory of science communication worldwide. This work distills seven years of meticulously gathered data and narratives across 39 countries, contributed by over a hundred authors, thus offering unprecedented empirical and theoretical coherence to the field’s global evolution. Its widespread download count attests to its resonance and practical value across academia and practice.

Gascoigne’s tenure as the inaugural President of PCST was marked by transformational leadership that democratized the network’s governance and amplified its global reach. His vision ensured that science communication transcended Western epistemological frameworks, embracing diverse cultural and institutional contexts. The award thus reflects not only individual achievement but also collective authorship and community-building that are intrinsic to science communication’s vitality.

Beyond these recipients, the 2025 shortlist highlights six additional outstanding figures, including Liliann Fischer and Susanne Hecker from Germany and Brooke Smith from the USA. These nominees underscore the expanding horizons of science communication scholarship and practice, each forging pathways to enhance visibility, methodological rigor, and societal relevance of the discipline in diverse contexts.

The PCST Award, established in 2024, strategically embraces a broad spectrum of contributions, ranging from policy influence and academic program development to network creation and research excellence. Its holistic criteria reflect an awareness that the science communication profession requires multifaceted development, including professional identity-building, infrastructural coherence, and public engagement efficacy. Emphasizing architects over mere spokespeople, the award recognizes those constructing the edifice upon which the future of science communication rests.

In the words of Dr. Alexandra Borissova Saleh, PCST Treasurer and Award Executive Secretary, the prize aims to highlight the often-unseen foundational work that sustains the field. The organized scientific committee overseeing the award process ensures rigorous peer evaluation and exemplifies the network’s commitment to transparency and high standards. The forthcoming award cycle, slated for announcement at the 2027 PCST Conference in Shanghai, invites a diverse pool of nominees, fostering inclusivity and continuing the momentum towards elevating the professional culture of science communication.

Finally, the support from the GIST Graduate School of AI Policy and Strategy resonates with the award’s forward-looking orientation. By aligning science communication with AI policy and governance education, the sponsorship reflects the interconnectedness of scientific domains and the increasing imperative for cross-disciplinary fluency in addressing global challenges. The PCST Award thus stands as a beacon welcoming and encouraging innovation, collaboration, and leadership in science communication worldwide.

Subject of Research: Contributions to the professional development and advancement of the field of science communication.

Article Title: Not specified in the original content.

News Publication Date: Not explicitly stated; inferred May 2025 (post-PCST 2025 Conference).

Web References: None provided.

References: None provided.

Image Credits: PCST Network

Keywords: Science communication, scientific community, PCST Award, professional development, science communication networks, global science communication.