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NIATM COURSES

Metallurgy Engineering
  • Diploma Program in Metallurgy Engineering
  • Bachelors Program in Metallurgy Engineering
  • Master Program in Metallurgy Engineering

These programs are designed to provide students with strong technical knowledge in metallurgy, material science, manufacturing processes, thermal engineering, alloy development, corrosion studies, and modern industrial applications. The curriculum helps students build practical and professional skills for higher opportunities in the engineering sector.

Eligibility S.S.C Or with 3 years Work Experience
Duration 3 Years
Fees 39850.00
Syllabus Sem - I
  1. Engineering Mathematics
  2. Engineering Physics
  3. Engineering Graphics
  4. Applied Mechanics
  5. Manufacturing technology
Sem - II
  1. Engineering Chemistry
  2. Metallurgy Overview
  3. Industrial Relations & Rapid Prototype
  4. Fundamentals of Mechanical Engineering
  5. Electronics and Electrical Principles
Sem - III
  1. Metallurgy & Quality Control
  2. Microbiolon and Nanotechnology
  3. Metal Forming and Powder Metallurgy
  4. Automation System
  5. Applied Electrical and Electronics Engineering
Sem - IV
  1. Materials Joining Technology
  2. Extraction Metallurgy Ferrous
  3. Metallurgy & Steel Treatment
  4. Materials Technology
  5. Thermo-Plastics
Sem - V
  1. 3D Mould Design & Plastic Processes
  2. Advanced Physical Metallurgy
  3. NDT Making
  4. Incremental & Fracture Design
  5. Metallurgical Analysis
Sem - VI
  1. Non-ferrous Extraction Metallurgy
  2. Fuel Furnace
  3. Shop Floor Monitoring & Control
  4. Heat Treatment of Metals and Alloys
  5. Steel Making

Eligibility 3 Years Diploma or HSC with 3 years Work Experience
Duration 4 Year
Fees 52650.00
Syllabus Sem - I
  1. Structure Of Metal
  2. Elements of Physical Metallurgy
  3. Thermodynamics Of Phase Evolution
  4. Construction Of Equipment Diagram
  5. Mathematics
  6. Physical Metallurgy and Materials Engineering
Sem - II
  1. Structures & Properties Of Ceramics
  2. Metal Joining and Powder Metallurgy
  3. Process Of Solid Fuels
  4. Mathematics - II
  5. Transport Phenomena
  6. Metallogical Thermodynamics and Kinetics
Sem - III
  1. Alloy Steel Making and Formations
  2. Concept Of Recoverability
  3. Concept Of Plastic Metal Properties
  4. Phase Transformation and Heat Treatment
  5. Introduction to Transport Phenomena
  6. Unit Processes in Extractive Metallurgy
Sem - IV
  1. Mechanical Behavior of Materials
  2. Energy & Momentum Relationship
  3. Electro-Chemistry and Corrosion
  4. Theory Of Nucleation
  5. Flexibility and Statistics
  6. Ferrous Production Technology
Sem - V
  1. Principle Of Unit Processes
  2. Powder Metallurgy
  3. Electrical Of Extractive & Smelting
  4. Principle Of Electro-Winning
  5. Electro Metallurgy and Corrosion
  6. Foundry Metallurgy
Sem - VI
  1. Introduction to Iron & Steel Making
  2. X-ray Diffraction and Electron Microscopy
  3. Non Ferrous Extractive Metallurgy
  4. Commercial Steel Making Process
  5. Corrosion & Surface Engineering
  6. Machine Elements and Design
Sem - VII
  1. Physical Chemistry Of Steel Making
  2. Hydro Metallurgy
  3. Precautions of Iron
  4. Theory Of Sintering
  5. Milling Furnaces
  6. Chemical Reactions and Mass Transfer
Sem - VIII
  1. High Temperature Material
  2. Geology and Minerals Beneficiation
  3. Diffusion Laws
  4. Forming Processes
  5. Effect Of Metallurgical

Eligibility Graduation or with 5 years Experience
Duration 2 year
Fees 48750.00
Syllabus Sem - I
  1. Advanced Physical Metal Castings
  2. Phase Transformation of Metal Alloys
  3. Mathematics - I
  4. Engineering Mechanics
  5. Advanced Vehicle Technology
Sem - II
  1. Advanced Numerical Methods
  2. Mathematics-II
  3. Strength of Materials
  4. Computational Techniques
  5. Industrial Engineering
Sem - III
  1. Mechanical Working of Metals
  2. Special Manufacturing Processes
  3. Joining of Metals & Fusion Analysis
  4. Advanced Experimental Techniques
  5. Instrumentation & Control
Sem - IV
  1. Surface Engineering
  2. Corrosion & Its Control
  3. Value Engineering
  4. Thermodynamics of Materials
  5. Testing of Materials

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