Advanced Materials and Processes

1.5 credits · Undergraduate

Advanced materials with new functionalities or improved properties. Structural and functional materials such as superalloys, composites, superelastic and shape-memory materials, high entropy alloys, nanomaterials, high temperature materials and semiconductors. Principles, techniques and applications of advanced processes such as rapid solidification, subtractive, joining and additive manufacturing, powder metallurgy, physical and chemical vapour deposition.