China’s Empire of Engineers
Latest results show China surpassing US in research and academic status
By Robert Ubell
March 5, 2026
Improbably, in my lifetime, China has catapulted itself from a grueling peasant economy nearly a century ago to challenging and even superseding U.S. science and academic status. At first, it seems totally stupefying, but when you discover that over the last decades, China’s transformation has been led by a series of determined engineers at the helm of the country aiming to beat U.S. dominance, it’s not hard to appreciate how it happened.
A number of weeks ago, The Times reported a startling result in global academic pecking order. [https://www.nytimes.com/2026/01/15/us/harvard-global-ranking-chinese-universities-trump-cuts.html]. Until recently, Harvard ranked as the most productive research university in the world but, now, in a top global site, astonishingly, it dropped to No. 3. “The schools racing up the list are not Harvard’s American peers,” noted The Times. “But Chinese universities that have been steadily climbing in rankings that emphasize the volume and quality of research they produce.”
After decades running far behind the U.S., China has emerged as the world’s leading producer of science and engineering research papers, having surpassed the U.S. several years ago. Today, Chinese research represents a quarter of the world’s technical literature, with China overtaking the U.S. in delivering the most highly cited papers. [https://www.nature.com/articles/d41586-023-01705-7#:~:text=19%20May%202023-,China%20overtakes%20United%20States%20on%20contribution%20to%20research%20in%20Nature,By].
Some say that China’s rise is a result of communist fanatical rule and our retreat a consequence of late capitalism decline. But what really distinguishes the U.S. from China is a key difference in where the leaders of the two countries earned their professional degrees. Over the last several decades, China has been ruled by fiercely ambitious engineers; the U.S., mostly by lawyers who litigated America’s triumphs away
Following the chaos in the Mao years, Deng Xiaoping promoted engineers to China’s top government officials. By 2002, all nine members of the Party’s leadership in the Politburo Standing Committee had trained as engineers. General Secretary Hu Jintao studied hydraulic engineering and Xi Jinping chemical engineering. In his third term as general secretary, Xi filled the Politburo with senior staff drawn from the country’s aerospace and weapons ministries [https://wwnorton.com/books/breakneck].
Chinese leaders have been taking the country on a high-speed track over the years to win the global higher ed and research race. China has moved higher education and research ahead in a relentless global talent recruitment campaign with massive state investment, encouraging publication in high-impact publications, focusing especially on emerging strategic sectors.
An estimated three million students from China have studied in the United States since the late 1970s, representing one of the largest flows of foreign students anywhere in modern times [https://uscet.org/uscet-releases-three-decades-of-chinese-students-in-america-1991-2021/#]. And for many of them, America has been a golden land of opportunity, especially for remarkable Chinese who have captured top posts at U.S. high-tech companies. In an uncanny switch, China sent off its kids to top colleges in America to learn how to do technology and capitalism. Instead of coming home to impart lessons learned, many stayed here. And some really made it big. Jensen Huang, a Chinese CEO runs NVIDIA, the AI chip leader, the darling of Wall Street, with its stock having soared a thousand percent over the past three years [https://www.fool.com/investing/2026/01/26/prediction-nvidia-will-reach-this-price/?msockid=36606bad962c6f0616b367c497a46ed].Today, Chinese CEOs run other tech goldrush companies–AMD, Broadcom, and Vizio, among dozens of others.
In what China watchers are calling a reverse brain drain, thousands of scholars, academics, entrepreneurs and scientists have been returning home after decades of success in America. It’s part of an intensive global talent recruitment strategy, luring notable scientists to assume key spots in prestigious Chinese institutions. [https://moderndiplomacy.eu/2026/01/31/reverse-brain-drain-how-china-is-recruiting-the-worlds-talents]. Focusing on advanced technologies, artificial intelligence and breakthrough science, China offers recruits generous financial packages with unusually high salaries, housing and travel allowances, plus research funding, often in millions of yuan. Some recruits even earn a starter bonus, running to about a million yuan. Late last year, China introduced special visas for early career professionals, easing entry for young science and technology talent, allowing them to live, work, and conduct research in China without employer sponsorship or an invitation from a local university. https://www.nature.com/articles/d41586-025-02336-w].
For China, these programs have certainly paid off. One recent study showed scholars with overseas experience published more papers with higher impact than their Chinese stay-at-home peers. Observers say returnees have fostered a positive influence on China’s research, contributing to its global competitiveness. Many now hold top posts in universities and government agencies.
Among the most notable “sea turtles” are Shing-Tung Yau, a Fields Medal mathematician, who taught at Stanford, Princeton, and Harvard before moving toTsinghua University, and Andrew Yao, a Turing Award computer scientist, who left Princeton to establish the Institute for Interdisciplinary Information Sciences, also at Tsinghua, China’s premier science amd technology university [https://www.yicaiglobal.com/news/china-will-become-global-math-leader-in-next-decade-first-chinese-fields-medal-winner-says]. Others are Song-Chun Zhu, a prominent AI researcher who left UCLA to become founding director at the Beijing Institute for General Artificial Intelligence at Peking University, and Chen Zhoufeng, a leading neuroscientist, who departed Washington University School of Medicine to join Shenzhen Bay Laboratory at Shenzhen Bay Science Park, China’s largest tech innovation center.
Meanwhile, President Trump is taking a chainsaw to American science and technology, with deep gashes at NSF, NIH, NASA, and other world-class agencies. In a cascade of massive cuts to federal scientific and medical research. [https://www.whitehouse.gov/omb/information-resources/budget/the-presidents-fy-2026-discretionary-budget-request/]. In next year’s federal budget, the National Institutes of Health will be down from nearly $32 billion to $26 billion and the Centers for Disease Control and Prevention will lose $1.2 billion. Both the National Science Foundation and NASA will be slashed in half.
But while Trump cuts funding for science and technology, the comparative decline of support in the U.S. vs. China has been in a long-term decline. With Trump in office merely a year into his second presidency, he has not been responsible for our relative long-term slippage over the last years compared with China. Trump is just making things worse.
As the U.S. cuts, China spends. A new OECD report [https://www.universityworldnews.com/post.php?story=20250404133241546] reveals that China’s gross domestic expenditure on R&D is $780 billion, slightly behind the U.S. at almost $825 billion. At 8.7 percent annual growth, China’s R&D spending is the fastest in the world, far outpacing the U.S. and soon on its way to outspending us.
With America at the top of science, technology and medical research since the end of the Second World War, having produced by far the most Nobel laureates of any nation [https://www.sciencedirect.com/science/article/pii/S0048733324001999], having gained sensational technical and clinical achievements that have totally altered modern life, it’s astonishing that Trump is smashing a formidable research engine that made these brilliant accomplishments possible. It confounds scientists, engineers, physicians and so many of the rest of us who depend on recent American innovations in our daily lives—the Internet, cell phones, Covid shots—why, suddenly, it’s being trashed.
In comparison, China is no slouch. Over the last 50 years, China has achieved world-class status in key technologies, most notably in quantum computing, satellite systems, plant genomics, high-speed rail, fourth-generation nuclear power, EV batteries, and most notably in today’s race to the top, AI and deep learning. Summing up China’s technical power, The Economist concludes, “The old science world order, dominated by America, Europe and Japan, is coming to an end” [https://www.economist.com/science-and-technology/2024/06/12/china-has-become-a-scientific-superpower].
In his new book, Breakneck: China’s Quest to Engineer the Future [https://wwnorton.com/books/breakneck], Dan Wang, a research fellow at Stanford and a former analyst at Gavekal Dragonomics in Beijing and Hong Kong, looking at the role of engineers in China among its leaders, sums things up this way:
“Over the past four decades, China has grown richer, more technologically capable, and more diplomatically assertive abroad. China learned so well from the United States that it started to beat America at its own game: capitalism, industry, and harnessing its people’s relentless ambition.”
But rapid growth has come at a cost. China’s rise has greatly accelerated deadly emissions. Over the past ten years, China has spewed more greenhouse gases per year than any other country, surpassing the U.S. as the top discharger early in this century [https://www.cfr.org/backgrounders/china-climate-change-policies-environmental-degradation]. Rapid industrialization and mass movements to cities has had other social and environmental consequences, especially from the mammoth Three Gorges Dam at the turn of this century. Convinced of its economic necessity, China’s engineering emperors flooded 13 cities, 140 towns and 1,300 villages, forcing about 1.4 million million people to relocate to new homes and communities downstream. Over its life, it has caused serious soil erosion and vast sedimentation [https://www.scientificamerican.com/article/chinas-three-gorges-dam-disaster/], adverse effects dismissed or denied by China’s technoautocrats.
In a recent opinion column in The Times, a Harvard professor doesn’t buy the story that China is outpacing American science and technology. “Chinese universities are paper tigers,” says Prof. Ariel Procaccia. “They churn out papers at a ferocious pace, but the quality of these publications is too often in question. American universities will remain the front-runners in the race that truly matters — attracting the most brilliant minds — unless our government continues to withdraw the support needed to produce world-leading research.” [https://www.nytimes.com/2026/02/11/opinion/america-china-universities-rankings.htm].
