Cancer-on-a-chip pioneer Chen Weiqiang leaves NYU for Nanjing University
Synopsis
Key Takeaways
Chen Weiqiang, a tenured professor of mechanical and biomedical engineering at New York University (NYU) and a leading researcher in cancer-on-a-chip technology, has joined Nanjing University as a distinguished professor in its school of biomedical engineering. The move, confirmed at a welcome ceremony held at Nanjing University's Suzhou campus on June 11, 2026, marks a significant return of high-calibre scientific talent to China.
A high-profile homecoming
Nanjing University assistant president Jiang Tian introduced Chen at the ceremony, describing him as deeply embedded in top overseas institutions and credited with "remarkable results in cutting-edge fields such as cellular biomechanics and organ chips." Jiang noted that Chen "chose to join Nanjing University during his peak academic years," calling the decision "truly moving." Prior to the move, Chen served as a professor and director of graduate education at the NYU Tandon School of Engineering.
Why he returned — in his own words
Chen addressed the motivations behind his decision directly. "In May, I finished my work at New York University and returned to China to work," he said. "My decision to come back was primarily based on personal career development and family reasons, and I did not take into account the political changes in the United States." The statement is notable given the current climate of US-China tensions in science and technology, though Chen explicitly distanced his choice from geopolitical factors.
Academic roots and research focus
Chen's academic journey began at Nanjing University, where he earned a bachelor's degree from the physics school in 2005. He subsequently obtained a master's degree in electrical engineering from Shanghai Jiao Tong University in 2008. His research spans cellular biomechanics and organ-on-a-chip systems — micro-engineered platforms that replicate human organ functions, with applications in cancer diagnostics and drug testing. These technologies sit at the intersection of microfluidics, bioengineering, and oncology, representing one of the most competitive frontiers in biomedical science globally.
The competitive backdrop
Chen's return is part of a broader pattern of Chinese universities recruiting overseas-based scientists, particularly as US funding constraints and visa uncertainties have created friction for researchers of Chinese origin working in America. Nanjing University and peer institutions have aggressively expanded distinguished professor programmes to attract talent with established international track records. The organ-chip sector, in particular, has drawn significant state and institutional investment in China as a strategic biomedical priority.
What's next
Chen's integration into Nanjing University's biomedical engineering school is expected to accelerate the institution's organ-chip research capabilities. Observers will watch whether his lab attracts further international collaborations or becomes a hub for domestic talent development — and whether his case signals an accelerating trend of mid-career scientists making similar transitions.