Designed for metallurgy and materials science learners, this course provides an in-depth exploration of recrystallisation textures in steels and their industrial relevance. It begins with the foundational understanding of deformation and recrystallisation textures, examining their formation, directional properties, and visualization through stereographic projection and orientation distribution functions. The second module expands on practical applications, covering key texture theories, the role of anisotropy in mechanical performance, and the impact of controlled rolling and annealing in producing steels with optimized properties. Through interactive diagrams, quizzes, and case-based analyses, learners will be able to apply texture control strategies across steel categories including interstitial free, HSLA, and transformer steels. Ideal for learners pursuing technical expertise in metallurgical processing and steel production optimization.