*Semester 1: Foundation* 

1. *Mathematics I*: Algebra, calculus, trigonometry. 

2. *Physics*: Mechanics, thermodynamics, properties of matter. 

3. *Chemistry*: Atomic structure, chemical bonding, reactions. 

4. *Engineering Drawing*: Technical drafting, CAD basics. 

5. *Communication Skills*: Technical writing, presentation skills. 

6. *Workshop Practice I*: Basic machining, carpentry, welding.

 

*Semester 2: Core Introduction* 

1. *Mathematics II*: Differential equations, statistics. 

2. *Materials Science*: Classification of materials, crystal structures. 

3. *Electrical Fundamentals*: Circuits, motors, safety. 

4. *Computer Applications*: MS Office, programming basics. 

5. *Physical Metallurgy I*: Phase diagrams, alloy theory. 

6. *Workshop Practice II*: Foundry, forging, sheet metal work.

 

*Semester 3: Metallurgical Core* 

1. *Extractive Metallurgy I*: Ore processing, pyrometallurgy. 

2. *Mechanical Metallurgy*: Stress-strain behavior, metal forming. 

3. *Thermodynamics*: Laws, phase transformations. 

4. *Environmental Engineering*: Waste management, pollution control. 

5. *Lab I*: Metallography, heat treatment. 

6. *Industrial Visit*: Exposure to manufacturing processes.

 

*Semester 4: Advanced Topics* 

1. *Extractive Metallurgy II*: Hydrometallurgy, electrometallurgy. 

2. *Physical Metallurgy II*: Heat treatment, steel microstructure. 

3. *Quality Control*: Testing methods, statistical process control. 

4. *Non-Destructive Testing*: Ultrasonic, radiographic methods. 

5. *Lab II*: Mechanical testing, corrosion studies. 

6. *Elective I*: Non-ferrous metallurgy / Powder metallurgy.

 

*Semester 5: Specialization & Application* 

1. *Foundry Technology*: Casting processes, mold design. 

2. *Industrial Safety*: Hazard management, OSHA standards. 

3. *Advanced Materials*: Composites, ceramics, polymers. 

4. *Project Management*: Planning, execution, documentation. 

5. *Lab III*: Simulation software (e.g., AutoCAD, Thermo-Calc). 

6. *Elective II*: Nanotechnology / Environmental Management.

 

*Semester 6: Industrial Integration* 

1. *Internship/Industrial Training*: 6-8 weeks in a metallurgical plant. 

2. *Project Work*: Real-world problem-solving, report submission. 

3. *Emerging Trends*: Automation, sustainable practices. 

4. *Viva Voce*: Project defence and oral exams. 

 

*Electives (Semesters 4–5):* 

- Non-Ferrous Metallurgy 

- Powder Metallurgy 

- Nanotechnology in Materials 

- Renewable Energy Materials 

 

*Labs & Practical’s:* 

- Metallography & Microscopy 

- Mechanical Testing (tensile, hardness, impact) 

- Corrosion and Coating Techniques 

- Foundry and Welding Workshops 

 

*Supportive Courses:* 

- Mathematics and Statistics 

- Computer-Aided Design (CAD) 

- Industrial Management and Economics 

 

*Outcome:* 

Graduates will possess skills in metal extraction, processing, quality control, and innovation, ready for roles in industries like manufacturing, aerospace, and R&D.