Master of Engineering in Chemical and Metallurgical Engineering

• Advanced Chemical Thermodynamics: Molecular thermodynamics.
• Advanced Transport Phenomena: Momentum, heat, and mass transfer.
• Advanced Reaction Engineering: Non-ideal reactors and catalysis.
• Advanced Separation Processes: Membrane science and chromatography.
• Process Optimization & Control: Advanced control strategies.

• Advanced Physical Metallurgy: Microstructural control.
• Advanced Extractive Metallurgy: Novel extraction techniques.
• Advanced Mineral Processing: Flotation and comminution modeling.
• Metallurgical Process Design: Integrated plant design.
• High-Temperature Processes: Thermodynamics of smelters and kilns.

Materials & Metallurgy

• Nanomaterials & Nanometallurgy
• Advanced Materials Characterization
• Failure Analysis
• Corrosion & Protection Engineering

Energy & Sustainability

• Energy Engineering
• Metallurgy for Renewable Energy Systems
• Waste Recycling & Resource Recovery
• Sustainable Process Engineering

Process & Manufacturing

• Advanced Manufacturing Processes
• Powder Metallurgy
• Additive Manufacturing (Metals)
• Quality Control & Six Sigma

• Research Methods in Engineering: Experimental design and analysis.
• Advanced Engineering Mathematics: Mathematical modeling.
• Technical Writing & Research Ethics: Scientific communication.

• Master’s Thesis / Dissertation: Independent research contribution.
• Industrial or Research Internship: Optional advanced placement.