Program overview
Metallurgical engineering might sound a bit traditional, but it's actually closely tied to modern technology. Simply put, this major teaches you how to turn ores (like iron ore and copper ore) into the metal materials we use every day—such as car steel plates, aluminum alloy casings for phones, and even high-temperature alloys for aerospace. Core courses include physical chemistry, metallurgical principles, metallic materials science, transport phenomena in metallurgy, ironmaking and steelmaking processes, and nonferrous metallurgy. You'll learn how to design smelting processes, control material properties, and reduce energy consumption and pollution. Chinese universities offer strong practical resources in this field—many have pilot workshops in partnership with companies, where you can operate electric arc furnaces and continuous casting machines in the lab. This major suits students who are interested in chemistry and physics, enjoy hands-on problem-solving, and don't mind working in factories or labs. As the world's largest steel producer and a major source of rare earths, aluminum, copper, and other nonferrous metals, China offers you access to cutting-edge industrial scenarios.

