This course provides a comprehensive foundation in the principles of steel metallurgy, emphasizing the critical transformations and processes that define modern steel production and performance. Learners begin by examining fundamental phase transformations, then advance into detailed studies of steel phase diagrams, equilibrium states, and the predictive power of metallurgical models. The course covers Continuous Cooling Transformation (CCT) diagrams and hardenability, equipping learners with the tools to assess heat treatment pathways. Finally, the course explores the complex interplay of strain, composition, and microstructure in recrystallisation processes. Designed for metallurgical technicians, materials engineers, and process specialists, this course blends theoretical models with industrial applications, reinforcing each concept through simulations and scenario-based exercises.

Audience Fit: Ideal for professionals and advanced learners in steel manufacturing, materials science, and mechanical engineering seeking to enhance their understanding of transformation mechanisms and process-property relationships in steels.