Ding Kuiling Unveils Four Pillars for University Innovation at China's Two Sessions

At the 2026 National People's Congress (NPC), known as the Two Sessions, Shanghai Jiao Tong University (SJTU) President Ding Kuiling delivered a compelling vision for transforming higher education innovation in China. Speaking during the Shanghai delegation's review of the 15th Five-Year Plan draft, Ding emphasized that universities must adapt to the artificial intelligence (AI) era's rapid pace. 'What once took a decade to forge like a sword can now be surpassed in a year; tasks requiring thousands can be done by one person; projects once reserved for leading academicians can now be tackled by young teams,' he stated. His four-pronged approach—creative methods, right talent, open ecosystems, and AI leverage—offers a roadmap for Chinese universities to drive national tech self-reliance.

SJTU, celebrating its 130th anniversary under the theme 'Towards New Strength,' exemplifies these principles. As a C9 League member and global top-50 university, SJTU has pioneered AI integration, building the nation's largest university AI computing cluster, Zhiyuan No. 1, in collaboration with Huawei. This positions Ding's proposals not as theory, but actionable strategies amid China's push for high-level sci-tech autonomy.

Who is Ding Kuiling and Why His Voice Matters

Ding Kuiling, an academician of the Chinese Academy of Sciences and SJTU's president since 2023, leads one of China's premier research universities. With expertise in synthetic biology and catalysis, he has steered SJTU toward interdisciplinary breakthroughs, including HarmonyOS development with Huawei—a rare 'parallel run' university-enterprise model yielding real-world impact.

His Two Sessions intervention aligns with national priorities: the 15th Five-Year Plan stresses integrated education-science-talent reforms. Ding's insights draw from SJTU's 'AI Ten Strips' scheme, spanning AI discipline elevation, AI for Science seeds, smart liberal arts, and campus-wide applications. For global observers, this reflects China's higher education shift from scale to quality, with over 600 AI enterprises nationwide and a core industry scale exceeding 1.2 trillion RMB in 2026 projections.

Creative Methods: Reshaping Disciplines for Integrated Reform

Ding's first pillar, 'do it creatively' (变着法子干), centers on 'discipline reshaping' as the core for fusing education, science, technology, and talent. This involves two traits: a value loop where disciplines deliver to industries, talents fit needs, and industries feedback; and interdisciplinarity, with AI+X fusions and novel structures like multiple colleges under one field.

At SJTU, this manifests in breaking silos—AI permeates all domains, enabling forward exploration. Nationally, China's 2026 higher education trends show AI reshaping curricula: top universities like Tsinghua and Peking lead AI majors, with enrollments surging 42% in related programs per recent reports. This approach counters rigid structures, fostering agile innovation vital for 'new quality productive forces.'

Finding the Right Talent: SJTU's Bold Recruitment Strategies

'Find the right people' underscores talent as innovation's engine. Ding notes, 'Grasping talent seizes competitive initiative.' SJTU's 'President's Direct Channel' fast-tracks elites, onboarding Nobel laureate Barry Sharpless swiftly. A stable funding pool blends government, enterprise, and university resources for high-risk basic research across career stages.

Innovatively, SJTU's 'rotating door' enables industry-academia flux without resignation, prioritizing roles over affiliations. This bidirectional flow addresses China's talent crunch, where universities produce millions of graduates yearly but struggle matching to strategic needs. For aspiring academics, explore higher ed jobs or career advice on platforms like AcademicJobs.com.

Opening Doors Wide: Building Collaborative Innovation Ecosystems

In turbulent globals, 'open doors' is imperative. Ding advocates linkages across subjects, with internationalization key. SJTU's 'led by us, diverse cooperation' model spans global partnerships, like with UCL for AI.

He proposes 'AI + tropical rainforest-style' ecosystems—diverse, interconnected like rainforests. Suggestions include national basic research pilot zones akin to Shanghai's and global tech transfer hubs. This mirrors China's outbound strategies, with 522 universities in ESI top 1% globally in 2026, boosting open-source platforms.

Leveraging AI: From Accelerator to University Transformer

AI is the 'accelerator and amplifier,' per Ding. Pursue AI for Science, Engineering, Education, Everything. SJTU's 10 vertical models shine: DeepRare, world's first agentic rare disease diagnostic system, aids evidence-based reasoning; Venus modifies synthetic biology proteins, fueling Shanghai's bioeconomy.

Zhiyuan No. 1, a 1,000-card国产 cluster, trains billion-parameter models, funded via collaborations. Nationally, 2026 sees AI patents lead globally, with universities like SJTU, PKU topping rankings. Challenges like compute access are tackled via shared infra, echoing Ding's call for accessible power.

For verified insights, see SJTU's DeepRare launch.

SJTU's Track Record: Real-World AI Innovation Case Studies

SJTU operationalizes Ding's vision. HarmonyOS co-development with Huawei showcases small-team prowess. Optics GPT, fully国产 light-domain model, disrupts knowledge production. AI+Bio center launch with experts signals cross-field push.

Stats: SJTU grads 86% in key sectors (2025 data), with AI driving placements. These cases illustrate scalable models for China's 3,000+ universities facing demographic peaks by 2032.

• DeepRare: Rare disease diagnosis revolution.
• Venus: Synbio protein engineering.
• Zhiyuan-1: Compute for all researchers.

AI's Broader Impact on Chinese Higher Education

China's universities embrace AI: 2026 reports note systemic fusion, from LMS to assessments. Top 5 AI programs: Tsinghua, PKU, SJTU lead. Enrollments boom; AI firms hit 6,000+. Yet gaps persist—rural unis lag infra.

Ding's speech inspires 'AI+X' disciplines, talent chains. Links to China higher ed jobs highlight opportunities in booming sectors.

Challenges and Policy Recommendations

Despite progress, hurdles: rigid disciplines, talent mismatches, closed systems, compute shortages. Ding urges a national edu-sci-talent office, pilot zones, big science plans, AI infra boosts.

15th FYP alignment promises 'decisive progress,' positioning universities as modernization hubs.

Future Outlook: A New Era for Chinese Universities

Ding's vision forecasts AI-reimagined higher ed: dynamic curricula, fluid talent, vibrant ecosystems. By 2030, full sci-pop coverage; foreign student targets hit 200k. For professionals, university jobs and faculty positions abound.

SJTU leads, but nationwide adoption could propel China as HE superpower.

Photo by Juno Jo on Unsplash

Career Implications and Actionable Insights

Aspiring innovators: Hone AI+X skills; seek rotating roles. Institutions: Adopt SJTU models. Check Rate My Professor for insights, advice for transitions. Shanghai's bio-AI surge offers paths.

Internal: India-UK ties for global views.