Master of Engineering in Mechanical and Energy Engineering

• Advanced Thermodynamics: Exergy analysis.
• Advanced Fluid Mechanics & Heat Transfer: Complex flows.
• Advanced Mechanical Design: Fatigue and failure.
• Advanced Materials & Manufacturing: Composites/Additive.
• Dynamics & Control of Mechanical Systems: Advanced control.

• Renewable & Sustainable Energy Systems: Deep dive.
• Power Generation & Energy Storage: Batteries/Hydrogen.
• Energy Efficiency & Management Strategies: Auditing.
• Advanced Thermal Systems: Simulation.
• Smart Grids & Energy Automation: Grid integration.

Mechanical Systems & Design

• Advanced CAD & FEA
• Robotics & Mechatronics
• HVAC Systems Design
• Vibration & Acoustics Analysis

Energy & Sustainability

• Solar & Wind Energy Systems
• Energy Management & Policy
• Biomass & Alternative Energy
• Thermal Energy Storage

Control & Automation

• Industrial Automation
• Advanced Control Systems
• Mechatronic Systems Design

• Research Methods: Experimental design.
• Technical Writing & Communication: Publishing.
• Graduate Seminar: Talks.

• Master’s Thesis / Research Project: Major work.
• Industrial Internship: Practical experience.