Metallurgical Engineering is the study of metals. It combines theory and practice over mining, extraction, design and processing of the metals.Students would also be learning about the fundamental engineering principles.
Metallurgical Engineering is a broad area that usually deals with all kinds of metal-related spheres. The main three branches of this stream are: Physical metallurgy, Extractive metallurgy and Mineral processing.
Extractive - Extraction of metals from ores.
Mineral Processing - Gathering Minerals from earth's crust.
Physical - Testing combinations of metals and forming alloys.
Mathematics
Physics
Chemistry
Electronics engineering
Electrical Engineering
Material Science
Physical Metallurgy concepts
Metallurgy thermodynamics
Transport phenomenon
Engineering Graphics
Mineral Benification
Probability and Statistical concepts
Corrosion
Surface Engineering
Transport phenomena
Thermodynamics
Kinetics of Materials
Phase equilibrium in Materials
Iron and Steel Making
Material processing basics
Selection and designing manufacturing processes
Electronic and Optic Materials
Phase Transformation in Metals
Phase Transformation in Metals Laboratory
Metal heat treatment
Metal extraction and refining processes
Powder processing principles and Laboratory
Professional Communication Techniques
Iron and Steel making processes
Composite Materials
Fuel, Furnaces and Refractories
Student seminars and symposiums
Internships
Heat and Mass transfer
Electronic materials for Industry
Computing methods for material engineering
Electives
Year wise Fees Bifurcation
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