Physical metallurgy is the engineering science of making useful products out of metals. Metal parts can be made in a variety of ways, depending on the shape, properties, and cost desired in the finished product. The desired properties may be electrical, mechanical, magnetic, or chemical in nature; all of them can beenhancedby alloying, processing history, and topology. The cost of a finished part is often determined more by its ease of manufacture than by the cost of the material. This has led to a wide variety of ways to form metals and to an active competition among different forming and processing methods, as well as among different materials.Nowadays, we call this is the Renaissance of Metallurgy. It is because of the revolutionary developments of cores of materials: 1) explosive development of new alloys through high-entropy alloy concept, 2) industrial revolution by metal additive manufacturing (3D Printing), and 3) emerging methodology of artificial intelligence (AI) and machine learning combined with digital twinning of computer simulation techniques, e.g. finite element method, phase field modeling, molecular dynamics, density function theory, etc.We welcome pioneering students with great challengingspirit.