China does not exert its dominance over rare earths solely due to vast mineral reserves or aggressive industrial policies, but above all because it invested early in training thousands of highly qualified specialists.
While Washington and Western partners announce ambitious plans and billions of dollars to reduce dependence on Beijing, the gap in talent cultivation remains one of the toughest challenges to solve.
An in-depth Reuters article explores how China has transformed the study and research of rare earths into a national strategic priority, creating an integrated ecosystem of universities, laboratories, and industries that ensures continuous innovation, low costs, and production speed.
Baotou, heart of the rare earth industry
Every year in China, several hundred young adults leave large cities or inland provinces to move to the steppes of Inner Mongolia, attracted by specialized university programs such as those at the Inner Mongolia University of Science and Technology.
Once they complete their three-year studies, many move only a few kilometers along Baotou’s “Rare Earths Street,” where they find immediate employment at state-owned refineries. Here they transform raw minerals into high-performance magnets.
Others choose to continue specialized training at the nearby Baotou Rare Earth Research Institute, located about 150 km from the world’s largest mine.
This physical proximity between classrooms, laboratories, and production plants creates a unique environment worldwide, where theory and practice merge daily.
The Chinese educational ecosystem
Reuters’ analysis, based on academic documents, study programs, and expert interviews, reveals the existence in China of a widespread system: more than 40 specialized laboratories dedicated exclusively to rare earths produce cutting-edge research, alongside at least 11 universities and technical institutes that annually enroll over 500 students in specific degree courses.
These are not generic mining engineering programs, but highly targeted paths. At Inner Mongolia University, students attend more than 100 hours of advanced rare earth chemistry and materials science lectures.
Many courses are developed in direct partnership with corporate laboratories and offer the possibility to attend classes directly in production facilities. At Jiangxi University of Science and Technology (JXUST), a new degree course, which will welcome 70 students, will cover the entire production chain: from metallurgical processing to magnet manufacturing, with mandatory research projects to be carried out in collaboration with companies before thesis defense.
Integration between universities, research, and industry
What truly makes the Chinese model effective is the very close collaboration between academia and businesses.
Researchers at the National Engineering Research Center for Rare Earths in Beijing, for example, developed a new refining technology that was quickly adopted in 2023 by Gansu Rare Earth New Materials. The result is a plant capable of producing 50,000 tons per year of highly processed rare earths – a capacity five times greater than that of Australian Lynas, the leading non-Chinese producer.
This symbiosis allows state-owned companies to innovate rapidly, optimize processes, and maintain competitive costs.
Universities do not hide the strategic value of education but take pride in it. The dean of the JXUST program stated on state television that rare earths represent “fundamental bargaining chips” in global politics and that the new course aims not only to train scientists but to ensure the maintenance of China’s leadership over strategic resources.
Western decline
Until the end of the twentieth century, the West dominated the refining sector, but offshoring to China – favored by generous tax incentives, cheap labor, and less stringent environmental regulations – has practically wiped out the industry in Europe and the United States.
As Ed Richardson, CEO of Thomas & Skinner, explained to Reuters, “the industry was wiped out, and consequently schools stopped training students for this type of work.”
Today, American universities award just over 200 generic bachelor’s degrees in mining and metallurgical engineering annually. Few institutes are introducing specific modules on rare earths, but none offer a dedicated bachelor’s degree course.
Even centers of excellence like Ames National Laboratory enjoy prestige in research, but their impact on training new talent remains limited.
First signs of awakening
Some positive signs are emerging nonetheless. American Valor Metals is experimenting with technologies developed by the University of Illinois at Urbana-Champaign which, according to the company, could be ten times cheaper and faster than Chinese methods, although they still need to be validated on an industrial scale.
The Colorado School of Mines, one of the world’s best mining schools, is building two new research centers on critical minerals with support from the Department of Energy, scheduled to open by 2027, and is seeing growing interest among students.
However, as Kunal Sinha, CEO of Valor Metals, emphasizes, a mindset change is especially needed: “The American mining industry – Sinha stated – must clearly communicate that it needs talent and that this is an extraordinary and strategic career, not a dirty and outdated sector.”
