MOE Launches University Patent Transformation Tackling Action to Drive Commercialization in China

The Launch of the University Patent Transformation Tackling Action

The Ministry of Education (MOE) in China has recently issued a pivotal notice outlining the implementation of the University Patent Transformation and Application Tackling Action. This initiative, formally announced on April 3, 2026, aims to significantly enhance the commercialization of patents originating from higher education institutions across the country. By addressing longstanding bottlenecks in technology transfer, the action seeks to convert academic innovations into practical production forces, aligning with the Education Powerhouse Construction Plan Outline (2024–2035).

Patents represent a core form of technological output from universities, yet their transformation into marketable products has historically lagged. This new campaign builds on the momentum from the national Patent Transformation and Application Special Action Scheme (2023–2025), which saw notable gains. For instance, by the end of 2025, the industrialization rate of invention patents from universities reached 10.1%, a marked improvement from prior levels, with approximately 80,000 such patents successfully commercialized nationwide.

In 2024 alone, university patent transfer and licensing contracts numbered 34,000, generating 12.86 billion RMB in value, reflecting year-on-year increases of 15.7% and 9.3%, respectively. These figures underscore the growing efficacy of prior efforts but highlight the need for intensified action to bridge the 'last kilometer' gap between research and industry.

Strategic Goals and Timelines

The tackling action sets clear, ambitious targets. By the end of 2026, university patent transformation efficiency will be markedly elevated, establishing diverse channels, multi-entity participation, and synergistic online-offline mechanisms for routine supply-demand matching. This will drive the landing of numerous high-value patents, laying a solid foundation for sustained improvements.

Looking further to 2028, a multi-dimensional evaluation system for technology outcome transformation efficacy will be firmly in place, fostering an optimized ecosystem that dramatically boosts university patent utilization. These milestones emphasize a phased approach: short-term docking and activation, medium-term innovation in modes, and long-term ecological refinement.

Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, the initiative integrates directives from the 20th National Congress and aligns with the National Education Conference. It prioritizes supply-demand synergy, public platform support, professional tech manager services, and tech-finance empowerment to forge a full-chain mechanism spanning management, services, and evaluation.

Building a Robust Patent Management and Monitoring Framework

A cornerstone of the action is the creation of a unified national university patent database, leveraging the National Education Big Data Center and ministry-university data channels for seamless integration and sharing. Universities must implement full-lifecycle management—from application and authorization to maintenance and transformation—ensuring dynamic updates on new grants and stock implementation.

• Establish routine monitoring and statistical analysis to evaluate transformation effects, incorporating results into university assessments and the Ordinary Higher Education Institutions Discipline and Major Data Resources Construction Guidelines.
• Deploy AI and big data for intelligent 'portraits' of patents, assessing potential value and scenarios to pinpoint high-value assets for targeted promotion.
• Develop a 'cockpit' dashboard offering visualized services for decision-making and policy refinement.

This data-driven foundation addresses opacity in patent inventories, where Chinese universities hold over 1.2 million effective invention patents collectively with research institutes as of 2025, yet transformation remains suboptimal.

Leveraging Regional Tech Transfer Centers and Digital Platforms

Key to docking are the four established university regional technology transfer and transformation centers in Jiangsu (biomedicine focus), Guangdong-Hong Kong-Macao Greater Bay Area, Beijing, and Fujian, spanning biomedicine, ICT, advanced materials, and AI. These hubs pioneer 'one industry, one team' tech manager models and full-cycle tech-finance products tailored to patent prospects.

For high-maturity patents, direct industry docking accelerates deployment; for promising but nascent ones, concept verification centers and mid-trial bases enable secondary development. The upgraded 'China University Technology Results Trading Platform' (kjh.csrd.edu.cn) enhances AI-driven matching, live streams, and result supermarkets.

Inter-ministry collaboration pushes high-value lists to enterprises, parks, and investors, while partnerships with SMEs activate stock patents via demand-matching.The full notice details these platforms.

Innovative Models to Overcome Transformation Barriers

To innovate, universities are encouraged to adopt 'use first, pay later' and open licensing, easing pricing and SME affordability issues. Fiscal-funded patents idle over five years without justification will be opened via trading platforms. Patent portfolios around application scenarios enable holistic transfers, while joint R&D with firms clarifies ownership and integrates background IP.

These address chronic low rates—historically under 10% at top schools like Tsinghua—stemming from frontier research's low readiness, evaluation biases toward quantity, and absent mid-scale validation.

Addressing Key Challenges in University Patent Commercialization

Chinese universities produce vast patents—79.4万 effective invention patents by 2023 end—but face hurdles: basic vs. applied mismatch, lengthy approvals, risk aversion, and weak industry links. The action mandates pre-application evaluations to prioritize market-oriented inventions and reforms rewards from authorization to utilization, shifting from 'heavy application' to 'heavy implementation'.

Tech maturity gaps demand 'last kilometer' solutions like mid-trials, while ecosystems need professional managers trained via emerging tech business colleges in Jiangsu and GBA.

Spotlight on Successful Case Studies

Leading universities exemplify progress. Tsinghua's humanoid robotics and base editing platforms, highlighted in 2025 typical cases, demonstrate scalable commercialization. Shanghai Jiao Tong University (SJTU) reformed evaluation and ecosystems, achieving breakthroughs in 2026 early efforts.

Zhejiang University's tech transfers via faculty startups, like in臻镭科技, integrate patents into IPOs. Jiangsu's center has facilitated biopharma dockings, while GBA hubs leverage cross-border finance for AI and materials.

Organizational Implementation and Oversight

Universities bear primary responsibility, forming task forces with timelines. Provinces and MOE enforce quarterly feedback, audits, and talks for laggards, while rewarding innovations. Digital tools minimize burdens, prohibiting falsification or undervaluation.

Broader Implications for Chinese Higher Education

This action positions universities as innovation engines for new quality productive forces, enhancing global competitiveness. It incentivizes transformation in evaluations, titles, and perks, fostering a culture valuing real-world impact over counts.

For academics, opportunities abound in joint projects and open modes, but require market savvy. Explore CNIPA's insights on patent dynamics for context.

Future Outlook and Actionable Insights

By 2028, expect transformed ecosystems with efficacy indices guiding resources. Researchers should: assess patents pre-filing, engage tech managers, leverage platforms, and partner early with industry. Universities: audit stocks, train staff, host roadshows.

This initiative promises to unlock billions in value, propelling China's higher education toward innovation leadership.

Photo by Quan Jing on Unsplash