Learn to analyze iron production processes, materials, and operations through applied insights in this self-paced course.

Master steel transformation: Analyze alloying effects, predict microstructure, and apply diffusion models in this metallurgical fundamentals course.

Explore non-ferrous metals by analyzing their properties, applications, processing, maintenance, and sustainability through practical, self-paced modules.

Explore dislocations, nucleation, cold work, and annealing in metals across three interactive modules. Ideal for learners in materials engineering.

Learn to analyze forming processes, evaluate parameters, and diagnose defects through applied scenarios in this self-paced course.

Learn to analyze energy systems and evaluate heat transfer mechanisms through applied scenarios in this self-paced technical course.

Explore steel metallurgy from phase diagrams to recrystallisation, with insights into hardenability, microstructure, and heat treatment.

Powder Metallurgy Course: Learn to analyze powder production, compaction, and sintering processes through interactive, self-paced modules in manufacturing engineering.

Master thermomechanical treatments, recovery/recrystallisation mechanisms, and kinetic modeling in hot steel deformation across two advanced modules.

Physical metallurgy is the branch of metallurgy related to the theory of phase transformations in metal and alloys. It deals mainly with mechanical and magnetic/electric/thermal properties of metals – treated by the discipline of solid-state physics. This eLearning course on physical metallurgy from Tata Steel Digie-Shala will help you to develop the understanding of basic principles of physical metallurgy like heat treatment, phase transformation, phase diagrams, precipitation hardening, and aging.

Master the principles and applications of recrystallisation textures in steel with this two-module course covering mechanisms, effects, and industrial practices.

Materials testing is used to define both the mechanical and physical properties of raw materials and components. It is mainly used to examine almost everything, such as steel, ceramics or composite materials, etc. Materials testing can be split into five sections: mechanical testing; testing for thermal properties; testing for electrical properties; testing for resistance to corrosion, radiation, and biological deterioration; and non-destructive testing.

The eLearning course on materials testing enables students to understand the technical characteristics of engineering materials.