China sci-tech women are increasingly making their mark across the country’s cutting-edge research and technology sectors. Moreover, their contributions span space exploration, high-speed rail, artificial intelligence, biomedicine, and cybersecurity. This trend reflects growing opportunities for female professionals to lead major national projects. In addition, it highlights the increasing influence of women in shaping China’s scientific future.
For example, Wang Haoze, China’s third female astronaut, embodies the dedication of China sci-tech women. Her training included desert survival exercises, psychological adaptability tests, and maritime drills in extreme conditions. Furthermore, she credits her drive to advancing Chinese science and showcasing women’s brilliance globally. During her 183-day Shenzhou-19 mission, Wang wrote a poem describing her passion for exploration and innovation.
Similarly, in rail technology, Liang Jianying serves as chief scientist at CRRC, the world’s largest rail transit equipment supplier. She led the development of high-speed trains, including the 600-km/h maglev, the CRH380A, and the Fuxing. Liang emphasized that strong government support allows China to aim for global leadership in rail technology. Her work, therefore, exemplifies the ingenuity and leadership of China sci-tech women.
In cybersecurity, Wang Xiaoyun, a Tsinghua University professor and member of the Chinese Academy of Sciences, gained international recognition in 2025 at the L’Oréal-UNESCO For Women in Science International Awards. She broke the MD5 and SHA-1 hash algorithms and now leads research in post-quantum cryptography. Consequently, her achievements have inspired many women to pursue careers in mathematics and digital security.
Meanwhile, in healthcare, Zhang Wen, deputy director of rheumatology and immunology at Peking Union Medical College Hospital, has led research on IgG4-related disease for over a decade. She authored China’s first expert consensus and diagnostic guideline and contributed to the first international treatment guide, thereby sharing China’s clinical experience with the global community.
Experts note that China sci-tech women are redefining professional boundaries and contributing unique insights to national and global innovation. Additionally, they are increasingly visible in leadership roles and frontier research. Their work enhances scientific competitiveness, technological advancement, and international collaboration.
Looking forward, the contributions of China sci-tech women are expected to grow as government policies, funding, and mentorship programs continue to expand opportunities. Ultimately, their success signals a broader shift toward inclusive innovation and gender diversity in high-tech fields.
