MME 201 : INTRODUCTION TO PHYSICAL METALLURGY

The course on Physical Metallurgy aims to provide students with a comprehensive understanding of the fundamental principles governing metallic materials used in engineering applications. The objective of this module is to cover essential topics such as crystal structures, solidification processes, phase diagrams, and material transformations, which are pivotal for grasping the behavior of alloys under different conditions. Methodologically, the course employs systematic teaching strategies, incorporating theoretical concepts and practical case studies to enhance the learning experience. By evaluating key areas like diffusion, defects, and processing parameters, students will develop a critical awareness of how these principles relate to current challenges in alloy design and exploitation. Results from the course indicate that students achieve a sound understanding of microstructure and its influence on material properties, preparing them for advanced studies and professional practice in the field of materials engineering. Upon successful completion, students are equipped with the skills to make informed decisions regarding the selection and processing of alloys in real-world applications.