China's New Push for Full University Science Popularization Coverage by 2030

In a significant move to bridge the gap between cutting-edge research and public understanding, the China Association for Science and Technology (CAST) and the Ministry of Education (MOE) have jointly issued new guidelines aimed at transforming science popularization—or 'kepu' as it's known in China—within higher education institutions. Titled 'Opinions on Further Strengthening Science Popularization Work in Higher Education Institutions,' this policy sets an ambitious target: full coverage of science popularization activities across all Chinese universities and colleges by 2030. This initiative comes at a pivotal time as China accelerates its drive toward becoming a global leader in innovation, recognizing that fostering scientific literacy among students and the broader public is as crucial as advancing research itself.

The guidelines address longstanding challenges in higher education, where scientific research often overshadows outreach efforts. By embedding kepu into core operations, evaluations, and curricula, the policy seeks to elevate universities' role in building a scientifically literate society. With over 3,000 higher education institutions in China serving millions of students, achieving this full coverage could profoundly impact national scientific culture and talent development.

Background: Why Science Popularization Matters in Chinese Higher Education

Science popularization in China has deep roots, but universities have historically focused more on research output than public engagement. President Xi Jinping's repeated emphasis that 'scientific popularization is as important as scientific innovation' underscores the policy's foundation. The new opinions build on frameworks like the revised Science and Technology Popularization Law, the National Outline for Building a Scientific Quality Action Plan (2021-2035), and the Education Powerhouse Construction Plan (2024-2035).

Currently, national statistics reveal a robust but uneven landscape. In 2024, China boasted 221.27 million full- and part-time kepu personnel nationwide, with 9,680 research institutions and universities opening to the public and welcoming 24.95 million visitors. Yet, within higher education, kepu often lacks systematic integration, leading to fragmented efforts. This policy shifts the paradigm from 'does it exist?' to 'is it excellent?', tackling issues like inadequate incentives and limited resource sharing.

Ambitious 2030 Goals: Full Coverage and Beyond

The core target is straightforward yet transformative: by 2030, every higher education institution must implement comprehensive kepu programs. This means perfected work systems, elevated status within university priorities, a sharper focus on cultivating scientific qualities and abilities, amplified social service impacts, and greater contributions to national innovation-driven development.

Success will be measured by tangible outcomes, such as increased student participation in kepu activities, more public events hosted by campuses, and stronger collaborations with K-12 schools. For context, China's higher education enrollment exceeds 47 million undergraduates and postgraduates, making universities ideal hubs for nationwide outreach.

Tackling the 'Research-First' Culture

A primary hurdle identified is the 'heavy research, light popularization' mindset, where faculty prioritize publications over public engagement due to evaluation biases. The guidelines mandate including kepu work and achievements in performance assessments for scientists and teachers. Guiding student kepu practices and K-12 science education involvement now counts toward teaching workloads.

For students, kepu activities qualify for social practice credits or dedicated kepu credits, while volunteer hours contribute to service records. These incentives aim to foster a culture where outreach is rewarded equally with research breakthroughs.

Empowering Students Through Integrated Kepu Education

Universities must weave scientific spirit and scientist ethos into curricula and extracurriculars. This includes infusing rational thinking and innovation into classes, implementing the 'Great Scientists Propaganda Project,' and leveraging scientist spirit education bases for ethics and integrity training.

Tech-related general education courses will expand, blending science with humanities and enabling cross-university sharing via credit mutual recognition. Students are encouraged to join tech societies, competing in events like the China International College Students' Innovation Competition, 'Challenge Cup,' National Youth Science and Technology Innovation Contest, and National College Students' Entrepreneurship Training Program.

• These activities build practical skills, with thousands of teams annually showcasing innovations.
• Examples include Tsinghua University's student-led VR science exhibits reaching millions online.

Expanding Public Outreach from Campuses

Universities will host thematic events during national occasions like the National Science Popularization Month and Tech Workers' Day. Campuses with advanced facilities must open labs and resources for public 'Science Festivals,' 'Lab Open Days,' and 'Frontier Tech Experience Weeks.'

To nurture future innovators, deepen ties with primary and secondary schools via programs like the 'Outstanding Middle School Students Plan,' 'University Science Camps,' and 'Little Engineers.' Faculty will serve as K-12 science vice-principals or mentors, developing curricula and training teachers. Volunteer teams will regularly visit communities and rural areas, pushing premium resources downward.

Building Strong Kepu Teams and Infrastructure

Each university must fortify its school-level science association with dedicated secretariat staff to coordinate efforts. Teams will blend full-time experts, faculty, and students, with professional training and research on best practices. Pop science creation centers and tech resource platforms will boost content production.

Where feasible, establish kepu majors, double degrees, or minors, embedding communication skills in STEM curricula. This addresses the talent gap, as national data shows only a fraction of 144 million qualified kepu personnel are specialized.

Fostering Collaborations for Greater Impact

Socialized partnerships are key: co-build lab-museum hybrids with local science associations, societies, venues, and firms for exhibit development. Integrate with platforms like the National Smart Education Public Service Platform and 'Kepu China,' plus mainstream media. International exchanges will broaden horizons.

For instance, Peking University partners with the Beijing Science and Technology Museum for joint exhibits, while Shanghai Jiao Tong University shares online courses reaching rural audiences.

Incentives, Evaluation, and Support Mechanisms

Robust evaluation standards will highlight top performers. Governments will provide funding stability, with universities allocating budgets and seeking donations. Party committees lead via multi-department mechanisms, embedding kepu in strategic plans.

CAST and MOE pledge regular consultations, best-practice sharing, and stable collaborations to ensure sustained momentum.

Spotlight on Successful University Case Studies

Leading institutions offer blueprints. Tianjin University's Chemical College, a national kepu base, hosts immersive demos for thousands yearly, blending 3D printing and robotics.

• Huaqiao University's events earned spots in national youth excellence lists.
• South China University of Technology's library AI exhibit won 2023-2024 accolades.

Overcoming Challenges in Implementation

Despite enthusiasm, hurdles remain: resource strains in less-funded institutions, faculty time constraints, and measuring intangible impacts. The policy counters with phased rollouts, training, and metrics tied to credits and promotions. Early 2026 pilots during Tech Activity Week show promise, with universities like Nanjing University reporting heightened participation.

Implications for Faculty, Students, and Society

For faculty, kepu becomes a career booster; students gain holistic skills valued in innovation economies. Society benefits from elevated scientific literacy—China's 2024 citizen science quality rate hit 14.8%, eyeing 16% by 2025. Universities position as community anchors, aiding rural revitalization.

In higher education job markets, roles in kepu coordination and content creation are emerging, blending academia with public service.

Future Outlook: A Scientifically Empowered China

By 2030, full coverage could see millions more engaged annually, fueling the 'Science and Technology Powerhouse' vision. As universities like Tsinghua and Fudan scale models, expect digital innovations like VR labs and AI-driven content. This policy not only enhances outreach but cements higher education's societal role, promising a more innovative, literate nation.

Photo by ShengChi Zhang on Unsplash