Bachelor in Complex Materials and Engineering (taught in Chinese)

Tiangong University (TGU) in Tianjin, China, traces its roots to 1912 and offers a broad range of undergraduate, master’s, and doctoral programs across engineering, sciences, management, law, and the arts. Formerly known as Tianjin Polytechnic University, TGU has modernized its curriculum and facilities to support applied research and industry collaboration. The university operates on two campuses and provides a mix of traditional and English-taught programs, making it accessible to international students seeking technical and professional degrees.

TGU hosts around 2,000 international students and offers more than 60 undergraduate programs, 78 master’s programs, and 16 doctoral programs across 14 colleges. Popular fields include textile science and engineering, electrical engineering, computer science, environmental and chemical engineering, and business administration. The university’s partnerships with nearly 100 institutions in over 30 countries support academic exchanges, joint research, and study-abroad opportunities, enhancing global learning experiences.

Campus life at TGU features extensive sports facilities, cultural events, and regular performances by national troupes that enrich student life. International students benefit from dedicated support services, English-language classes in key disciplines, and opportunities to engage in industry internships in Tianjin’s thriving economic region. For students aiming for applied technical education with global links in one of China’s major port cities, TGU offers practical training, research exposure, and a diverse campus community.

The Bachelor in Complex Materials and Engineering at Tiangong University is a degree program for students who want to study complex materials in Chinese. This program is for students who have completed pre-high school education and want to pursue a 4-year degree. The program is taught in Chinese on the university's campus in Tianjin, China.

The curriculum focuses on complex materials, including their properties, processing, and applications. Students learn about topics like nanomaterials, composites, and smart materials. They develop skills in materials characterization, simulation, and optimization. The program includes practical training and research projects to help students develop problem-solving skills.

Graduates of this program can work as Materials Scientists, Research Engineers, Quality Control Specialists, or Development Engineers in industries like aerospace, energy, or electronics. They can find jobs in companies that develop and manufacture complex materials, like advanced ceramics or nanomaterials.