Introduction
It is tempting to view China’s dominance in AI and EVs merely through the lens of recent successes. However, the foundations of this power were not built overnight. They were constructed upon one of the most far-sighted and strategic investments in human capital in recent history: Project 985.
This initiative, often mistaken for a simple education funding program, was in reality the culmination of a multi-stage strategic vision. Its roots trace back to the Reform and Opening (Găigé Kāifàng, 改革开放) policy, which identified the "Four Modernisations" as the path to national development. Among them, it was Science and Technology (S&T) that were deemed the absolute "key" to transforming a state then grappling with a severe human capital crisis. Project 985 was the tool designed to forge that key.
Foundations of Ambition: A Three Stage Human Capital Strategy
The logic behind Project 985 was pragmatic and coherent, relying on three logically sequential stages of building a national intellectual elite.
Stage I: Identification (Gaokao, 1977)
The first, fundamental step was the restoration of meritocracy. After years of turmoil, the national university entrance examination, known as the Gaokao (Gāokǎo, 高考), was reinstated in 1977. This extraordinarily demanding exam became the primary, almost existential, pathway for social advancement and a reliable mechanism for identifying the most promising talent across the entire country.Stage II: Retention (Project 211, 1995)
By the mid-1990s, China faced a severe brain drain, with its best graduates leaving en masse for the West. The response was Project 211, a pragmatic "standards-raising" phase. Its goal was to select and provide additional funding to approximately 100 key universities to elevate their quality and create attractive conditions that would retain top talent within the country.Stage III: Concentration and Offensive (Project 985, 1998)
Project 985, initiated by President Jiang Zemin's speech in May 1998, marked a decisive acceleration and a radical shift in philosophy. It was no longer merely about "raising standards" or playing defence. This was the beginning of a strategic "global offensive." The essence of Project 985 was the hyper-concentration of resources—financial, human, and political—on an absolutely elite group of 39 universities (mostly drawn from Project 211). The objective was to rapidly build international prestige, dominate global rankings and research output, and create a solid foundation for China's future global technological competitiveness.
The 985 Architecture: Designing "World-Class"
The program's success was not predicated solely on massive funding but on a deliberate architecture that combined financing, talent strategy, and a fundamental redefinition of the universities' mission.
Pillar 1: The Funding Model (Partnership and Coordination)
The architecture of Project 985 was an intelligent partnership mechanism. The central government provided a significant portion of the funding, but a key administrative tool was the requirement of co-financing from provincial authorities. This model offered a dual benefit: it guaranteed regional "buy-in" for the success of "their" flagship universities and forced the alignment of local research and industrial priorities with the national innovation strategy.
Pillar 2: Capacity Building (Talent)
Project 985 was at the heart of an aggressive strategy to reverse the "brain drain." The state, through numerous "talent programs," actively encouraged the "patriotic returns" of distinguished Chinese researchers working abroad. They were offered tangible and highly attractive incentives: competitive salaries, access to state-of-the-art research equipment, and clear career development prospects.
This proactive approach, focused on "luring" talent and building indigenous capacity, offers a fascinating case study, especially in the context of challenges faced by countries experiencing chronic brain drain, such as Poland.
Pillar 3: A Fundamental Mission Shift
Perhaps the most significant change brought by Project 985 was the redefinition of the universities' mandate. The centre of gravity was definitively shifted from "teaching" to the creation of "genuine innovation centres." The new mission included not only conducting world-class research but also actively "developing high-tech industry" in close concert with the economy—both with state-owned enterprises (SOEs) and the dynamically growing private sector.
The Quantitative Leap: Evidence of an Expanding Elite
This section provides concise proof of the policy's effectiveness. The results exceeded expectations. Within a decade of the program's launch, there was an extraordinary increase in the number of scientific publications from China, which eventually achieved the second-highest rank globally in the Science Citation Index (SCI) database.
However, the most important conclusion was not the growth itself, but the key "catch-up" dynamic. Analyses showed that while the absolute top-tier (Tier 1) universities, like Peking or Tsinghua, solidified their positions, the program had its most transformative impact on Tier 2 and Tier 3 universities. They grew significantly faster than the already saturated leaders.
A prime example of this phenomenon is Fudan University in Shanghai. Thanks to strategic investments under Project 985, the university made a spectacular leap, joining the global elite and becoming a research powerhouse. The mechanism for this growth was simple: a massive increase in the number of doctoral students combined with high publication requirements, often described as "publish or perish."
From Laboratory to Economic Power: Mission-Driven Innovation
Project 985 was a fundamental strategic choice by China, dictated by the government's long-term perspective. In contrast to the more "market-driven" model seen in places like South Korea (where private conglomerates played the dominant role in R&D), China consciously chose its 985 universities to act as state incubators of innovation.
The goal was to "shape" the direction of innovation from the top down and ensure the stability of investment in key, strategic sectors. The mechanism for realising this vision was the active commercialisation of research through university-owned enterprises. The most famous examples include the Founder Group, originating from Peking University, and the powerful Ziguang (Tsinghua Holdings), the technology arm of Tsinghua University.
Of course, this rapid quantitative leap sparked a debate on "quantity versus quality"—early patents often had low commercial value. However, this should be seen as a transitional phase and the "growing pains" of a system that was learning and correcting itself dynamically. In strategic, high-priority fields, such as nanotechnology, the 985 universities very quickly proved they could generate world-class innovations. The spectacular rise of universities like Fudan in global rankings is the best testament to this.
The Ultimate Goal: From “Made in China” through "Designed in China" to "Going Global"
No strategy of this scale is without its costs. Critics of Project 985 rightly pointed to the deepening inequality between the elite group of 39 universities and the rest of the higher education system. This was, however, an unavoidable, calculated price for speed and effectiveness in building global competitiveness. In 2015, this system evolved into the new "Double First-Class" (DFC) initiative, which should be seen as a natural optimisation. It replaced the "permanent membership" of the elite 985 club with a more "dynamic mechanism," opening the door for new universities and introducing greater competition.
Today, we can see how the strategic wheel has come full circle. The far-sighted vision of Deng Xiaoping and Jiang Zemin created a powerful system. The prestige of the Gaokao ensures that the nation's talent is channelled into institutions (the 985 and DFC universities) that are directly coupled with the state's strategic industrial policy.
The foundation built by Project 985 was an absolute necessary condition for the success of the "Made in China 2025" strategy and the ambitious transition to the "Designed in China" phase. The deep linkages between academia and business have created unique innovation ecosystems:
The Hangzhou Region: Development is centred around Zhejiang University (a Project 985 participant), which acts as an anchor for the entire ecosystem, providing fertile ground for giants like Alibaba and countless high-tech firms (e.g., in robotics, like Unitree) that draw directly from this talent pool.
The Shenzhen Region: Here we observe a perfect synergy, where giants like Tencent collaborate closely with elite research centres, for example, with the specialised AI campuses of Tsinghua University.
China's technological development today—whether in its dominance of the electric vehicle supply chain or its advances in AI—is not an accident. It is the result of a long-term strategy, unwavering government support for top-tier education, and the deliberate, patient construction of human capital. Project 985 was the foundation that positions China as a global innovator, ready for its next stage: "Going Global."
Executive Summary
China’s dominance in AI and electric vehicles is not a sudden market accident, but the deliberate maturity of "Project 985." Launched in 1998, this strategy replaced educational egalitarianism with the hyper-concentration of resources on just 39 elite universities. By transforming these institutions from simple teaching bodies into state-backed innovation incubators (directly linked to giants like Alibaba or Tencent), Beijing effectively engineered the intellectual supply chain that powers today's tech boom.
Our Perspective:
We often mistake China's speed for improvisation. The reality of Project 985 proves the opposite: this was a multi-decade, structural bet on human capital. For European decision-makers, the strategic implication is clear: you are not competing merely with individual companies, but with deep, integrated academic-industrial ecosystems that were designed to win long before the first product hit the market.
