Announcement at the 2026 National Education Work Conference

On January 8, 2026, China's Ministry of Education (MOE) convened the National Education Work Conference in Beijing, where Minister Huai Jinpeng outlined eight major tasks for the year. A pivotal highlight was designating classified advancement of university reform (分类推进高校改革) as a major strategic task. This reform aims to optimize the structure and layout of higher education institutions (HEIs), launching a new round of "Double First-Class" (双一流) construction while promoting high-quality development for local ordinary universities.

The conference emphasized adapting to national and regional strategies, directing new higher education resources toward populous provinces and midwestern regions. This includes strengthening east-west university support mechanisms to revitalize midwestern higher education. With China's higher education gross enrollment rate surpassing 60%, the focus shifts from expansion to structural refinement and functional alignment.

Historical Evolution of University Classification in China

China's higher education has evolved through stratified initiatives. The "211 Project" (1995) targeted 100 elite universities for the 21st century, followed by the "985 Project" (1998) for world-class status among about 40 top institutions. These concentrated resources to build peaks amid global competition. The 2017 "Double First-Class" initiative refined this, selecting 147 universities and 985 disciplines for excellence in universities and disciplines.

These efforts addressed "whether we have world-class universities," fostering hierarchical thinking. However, with over 3,000 universities today, challenges like resource mismatches and uniform competition emerged. The 2026 reform marks a paradigm shift from stratification (分层, peak-pulling) to classification (分类, functional division), enabling institutions to excel in distinct tracks.

Defining Classified University Reform

Classified reform entails categorizing universities by function—research-oriented, teaching-oriented, application-oriented, and skill-oriented—while distinguishing comprehensive from specialized institutions. Research-type universities prioritize academic innovation and tech entrepreneurship; application-type align with regional industries; skill-type focus on vocational talents.

This involves differentiated management: classification management for positioning, classification evaluation with tailored indicators (e.g., research outputs for elites, industry contributions for applied), and classification support via funding, enrollment quotas, and infrastructure. Dynamic adjustments allow track changes, forming an "evaluation-support" loop to counter Matthew effects.

• Research-type: Tech breakthroughs, global competitiveness.
• Application-type: Regional strategy docking, applied innovation.
• Skill-type: High-skilled talent clusters, vocational integration.

Prof. Zhang Duan Hong from Tongji University notes this as a response to popularization-stage needs, embedding universities in regional innovation ecosystems.

Launching the New Round of Double First-Class Construction

2026 inaugurates the third phase of Double First-Class, expanding scope to emerging fields like AI, engineering, agriculture, and medicine. Research universities must encircle tech self-reliance and industries; application-oriented ones serve socioeconomic development. This integrates with the "Double High Plan" for high-level vocational schools.

Expectations include refined standards, broader coverage, and emphasis on foundational disciplines. Provinces like Zhejiang's "Double First-Class 196 Project" and Chongqing's doubling initiatives signal provincial momentum.

For academics seeking roles in these elite tracks, explore opportunities at faculty positions or university jobs aligned with national priorities.

Regional Models and Successful Case Studies

Shanghai's "12-grid" system (since 2018) classifies into academic/applied research/tech/skills, using differentiated metrics for resources and assessments. Jiangsu advances research peaks alongside application undergrads and vocational highs.

Shanghai Engineering Technology University exemplifies application innovation: Its aviation college deploys humanoid robots for "human-machine collaborative" teaching, enhancing practical skills.

These cases demonstrate how classification fosters特色 (characteristics), boosting regional contributions. For career advice on thriving in applied universities, visit higher ed career advice.

Stakeholder Perspectives and Impacts

Universities must reposition: elites deepen peaks; locals embed regionally. Students gain diverse paths—research PhDs to applied skills. Faculty evaluations diversify, valuing industry impact over papers. Regions benefit from tailored talent, midwest via support mechanisms.

Challenges include inertia: uniform metrics persist, risking misallocation. Solutions: third-party digital evaluations, negotiated positioning.

Rate professors shaping these reforms on Rate My Professor.

Challenges Facing Implementation

Misconceptions abound: viewing classification as hierarchy, superficial labeling, or short-term fad. Resource ties to status and paper-centric eval hinder shifts. Regional mismatches if national standards override local needs.

• Cognitive: Grades over functions.
• Institutional: Inertia in allocation/eval.
• Execution: Lack of dynamic mechanisms.

Overcoming via policy closed-loops and stakeholder buy-in.

Photo by Bangyu Wang on Unsplash

Future Outlook and National Alignment

This reform supports education powerhouse goals (2024-2035), aligning with 15th Five-Year Plan. By 2030, expect full coverage of science popularization; long-term, a balanced ecosystem driving innovation.

Actionable: Universities audit positions; faculty upskill regionally; students choose tracks wisely. Explore higher ed jobs, rate professors, career advice, and university jobs in China's evolving landscape. For China-specific opportunities, check AcademicJobs China.