School disciplines cover engineering, science, literature, management, economics, law, philosophy, history, education, medicine, art and other categories. There are 82 undergraduate majors, 2 first-class national key disciplines, 7 national key disciplines in two disciplines, 1 national key disciplines and 28 provincial and ministerial key disciplines. There are 15 authorized points for doctoral degrees in first-class disciplines, 38 authorized points for master's degrees in first-class disciplines, and 16 post-doctoral research stations. There are 12 master's degree authorization points and 34 master's degree authorization points. There are more than 36,700 undergraduates, nearly 65,438 doctoral and master students, and more than 570 foreign students.
In the fields of new materials, silicate building materials, optical fiber sensing technology, new energy, transportation and logistics, electromechanical vehicles, information technology and resources and environment technology, the school has established the State Key Laboratory of New Materials Composite Technology, the State Key Laboratory of Silicate Building Materials, the State Engineering Laboratory of Optical Fiber Sensing Technology and 23 provincial and ministerial key laboratories. The school has established personnel training and scientific cooperation relations with more than 100 universities and scientific research institutions in the United States, Britain, Japan, France, Australia, Russia, the Netherlands and other countries; More than 200 well-known foreign scholars have been hired as visiting professors and honorary professors of the school. In 2007 and 2008, the State Administration of Foreign Experts Affairs and the Ministry of Education jointly approved the establishment of new material composite technology and advanced functional materials scientific and technological innovation and intelligence introduction bases and key technical disciplines of high-performance ships in schools; In 2008, the Ministry of Science and Technology approved the establishment of an international joint research center for advanced materials technology in schools; In 2009, the school established the Wut-Harvard Joint Laboratory with Harvard University in the United States. Charles﹒M﹒Lieber, the founder of international nano-materials technology, an academician of the American Academy of Sciences and a professor at Harvard University, served as the laboratory director. 20 10 school and the university of Michigan established a joint laboratory for new energy materials technology; 20 1 1 The school entered the Industry-University-Research strategic alliance of the Sino-US Joint Research Center for Clean Energy.
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