Program overview
Materials Science and Engineering, simply put, is the study of "what to make things with, how to make them, and why." Everything around you—phone screens, airplane fuselages, batteries, even contact lenses—depends on materials science. This major takes you from the atomic and molecular level to understand material properties, then teaches you how to design, synthesize, and process lighter, stronger, and smarter materials. Core courses include: Fundamentals of Materials Science (crystal structures, phase diagrams), Mechanical Properties of Materials, Physical Chemistry of Materials, Materials Characterization Techniques (e.g., using electron microscopes to see microstructures), and various functional materials (such as semiconductor materials, nanomaterials, biomaterials). You'll also do plenty of lab work, synthesize materials yourself, test properties, and even simulate material behavior on computers. Who is this major for? If you enjoy physics and chemistry but don't want to stay purely theoretical—you want to build real things; if you're curious about questions like "why is this material so hard" or "how to make batteries last longer"; if you're willing to spend time in the lab and enjoy the thrill of discovery and creation—then this major is a great fit. Chinese universities have unique strengths in this field: many have close ties with industry. For example, Tsinghua, Shanghai Jiao Tong, and Huazhong University of Science and Technology have strong research in new energy materials and semiconductor materials. Meanwhile, China has a complete manufacturing chain—from raw materials to end products—giving you plenty of opportunities to engage with real-world applications.