Program overview
Materials Processing Engineering, simply put, is about how to turn raw materials like metals, plastics, and ceramics into the things we use every day—from phone cases to airplane parts. At the graduate level, you'll study forming principles (e.g., casting, welding, 3D printing), material modification techniques (heat treatment, surface coating), and simulation and optimization of processing. Core courses include "Materials Processing Theory," "Advanced Forming Technology," "Materials Joining and Interfaces," and "Computational Materials Science." It's a great fit for students who enjoy hands-on experiments, are curious about manufacturing processes, and are eager to solve real engineering problems. Chinese universities have a clear advantage in this field: many labs work closely with industry. For example, Tsinghua, Harbin Institute of Technology, and Shanghai Jiao Tong University all have national engineering centers, giving you access to real industrial projects—even participating in material breakthroughs for high-speed rail and new energy vehicles.