Chemistry students build bridges to China’s future
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Beijing University of Chemical Technology graduate students taught a new course called “Bridging China” to students in six regions across China, including Xinjiang and Inner Mongolia.
The course used bridges as a starting point to explore science, engineering, and national identity. Teachers connected bridge construction to chemistry, explaining how materials like carbon fiber and specialized coatings contribute to a bridge’s strength and durability, and linked these concepts to China’s infrastructure development.
The educators adapted the lessons to local contexts, highlighting bridges relevant to each region and incorporating elements of local culture. In Xinjiang, the course fostered interaction between students from different ethnic groups, while in other areas, teachers connected the lessons to regional landmarks and the stories of local builders. They also used hands-on activities, such as building paper bridges, to help students understand engineering principles.
The university plans to expand the course to more schools in western China, continuing to integrate scientific knowledge with patriotic education and fostering a sense of national unity among young people. The program builds on years of outreach by the university’s graduate student teaching group, who have long sought to bring scientific resources to underserved areas.
