Examining Institutional Academic Freedom and STEM Research Production in the OECD

• In Event: Highlighted Session: Speech, Power, and Governance in Global Higher Education

Proposal

Introduction and Rationale:
Academic freedom has traditionally been framed as an individual right, protecting the ability of professors to research, teach, and disseminate knowledge without political or institutional interference (Altbach, 2001). However, the historical development of universities, as well as recent debates about higher education governance, highlight that institutional academic freedom, i.e., the autonomy of universities from state control, constitutes a distinct and equally essential dimension of the academic freedom environment. From medieval universities navigating between religious and secular rulers (Cobban,1975; Riddle, 1993; and Rüegg 1992), to international declarations such as the Dar es Salaam Declaration (1990) and UNESCO’s Recommendation Concerning the Status of Higher-Education Teaching Personnel (1997), institutional autonomy has been understood as a precondition for the advancement of scientific inquiry. Despite its importance, institutional academic freedom has been far less studied empirically than individual academic freedom.

This paper addresses that gap by asking: How does institutional academic freedom affect STEM research production at the national level? We argue that the autonomy of universities from political interference is a foundational condition that shapes both the quantity and quality of scientific knowledge production. By focusing on institutional autonomy, it contributes to a more complete understanding of the conditions under which science flourishes. It also argues for a more expanded definition of academic freedom that reaches beyond academic freedom as an individual right.

Theoretical Framework:
Our study is grounded in neo-institutional theory (Meyer & Rowan, 1977; Powell & DiMaggio, 1991), which explains how global models and norms shape organizational behavior and outcomes. From this perspective, the rise of the modern research university and the expansion of mass science production can be understood as outcomes of a world society in which academic freedom became a recognized norm.

Following Baker (2014), when universities operate autonomously, they are able to prioritize universalist norms of knowledge production rather than particularistic political agendas. This orientation facilitates rationalized methodologies and contributes to the growth of global science. Further, institutional autonomy strengthens universities’ ability to participate in international collaborations, attract global talent, and align with transnational scientific standards. Additionally, while individual academic freedom protects scholars’ ability to pursue inquiry, institutional autonomy provides the organizational infrastructure that enables these freedoms to be exercised meaningfully.

Based on this theoretical framing, we test two hypotheses:

• H1: Institutional academic freedom is positively associated with the quantity and quality of STEM research output.
• H2: The influence of institutional academic freedom on STEM research production is independent of, and complementary to, individual-level academic freedom.

Data and Methods:
To evaluate these hypotheses, we constructed a panel dataset of 17 OECD countries spanning the years 1981–2007. These countries were selected because they provide comprehensive coverage of higher education and research indicators over a critical period of global scientific expansion.

Our dependent variables are:
• STEM Publication Volume: total annual publications in science, technology, engineering, mathematics, and health fields, measured using Clarivate Analytics’ Web of Science.
• STEM Publication Quality: distribution of these publications across journal quartiles, with particular attention to first-quartile (Q1) publications as a proxy for high impact.
The key independent variable is Institutional Autonomy, drawn from the V-Dem Institute’s Academic Freedom Index. This measure assesses the extent to which universities can exercise autonomy in practice, reflecting independence from state or political interference in governance, finance, and research decisions. Our models controlled for a wide range of factors that could influence research output: research and development (R&D) spending, GDP per capita, population size, higher education enrollment per capita, presence of scientific societies, democracy levels, and global trade integration, and individual-level academic freedom. We employed country and year fixed-effects regression models to account for unobserved heterogeneity and temporal shocks, thereby strengthening causal inference.

Findings:
We find support for our hypotheses. More specifically, higher levels of institutional autonomy are associated with enhanced research productivity, both in quantity and quality. Countries with greater institutional autonomy demonstrate significantly higher output of STEM publications and superior number of Q1 publications.

Originality and Contribution:
This study makes several novel contributions to the literature. While most prior work on academic freedom has centered on individual faculty rights, our study demonstrates the crucial role of institutional autonomy in shaping scientific outcomes. To our knowledge, this is the first cross-national, longitudinal analysis linking institutional academic freedom directly to research production outcomes. By identifying institutional autonomy as a driver of STEM output, the study provides actionable evidence for policymakers concerned with sustaining national competitiveness in science and technology.

Relevance for Contemporary Debates:
The findings are particularly timely and relevant given the growing challenges to university autonomy worldwide. Across democratic and authoritarian contexts alike, governments have sought to influence university governance, control research agendas, or restrict politically sensitive topics. Such pressures threaten not only academic freedom in the narrow sense but also the broader capacity of universities to contribute to global knowledge production. Our study shows that protecting institutional academic freedom is not merely a normative imperative but also a strategic necessity for countries aiming to enhance scientific productivity and international standing. In policy terms, institutional autonomy should be treated as a public good, akin to infrastructure investment, that underpins national innovation systems. For scholars, our findings underscore the need to disaggregate academic freedom into its institutional and individual dimensions. Doing so reveals the multi-layered nature of protections required for science to thrive and invites further research into how these dimensions interact across different political and cultural contexts.

Authors

• Frank Fernandez

• Yin Chun Lin

• Huacong Liu, Shanghai Jiao Tong University

• Volha Chykina, University of Richmond