MDM Course Design & Structure
Full Time (minimum 3 semesters)
Part Time (minimum 4 semesters)
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Mechanical Engineering Division |
Elective Courses |
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Engineering Materials |
Engineering Composite ▪ Engineering Polymer Materials ▪ Characterization and Testing ▪ Engineering Ceramics ▪ Corrosion & Prevention |
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Advanced Manufacturing Technology & Production Operational Analysis |
Metallurgy ▪ Advanced Manufacturing Process ▪ Production and Operation Analysis ▪ Design for Manufacturing Assembly ▪ Advanced Machining Process ▪ Computer Integrated Manufacturing |
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Sustainable Manufacturing |
Energy Study and Management ▪ Sustainable Engineering |
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Thermo fluid |
Advanced Heat and Mass Transfer ▪ Thermal Environmental Design ▪ Thermal Power Plant Design |
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Automotive |
Turbo machinery ▪ Advanced Fluid Dynamics ▪ Compressible Fluids Flow ▪ Combustion Engineering ▪ Advanced Mixture Formation ▪ Plates, Shell and Pressure Vessel ▪ Vehicle Structures and Crashworthiness |
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Control and Measurement |
Advanced Mechanism ▪ Adaptive and Intelligent Control ▪ Modelling and Simulation in Mechanics ▪ Applied Vibration and Acoustic |
Potential Research Area for Master Project
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Research Area |
Specialization |
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Mechanics |
Noise and Vibration • Fatigue and Fracture Mechanics • Computational Fracture • Mechanics • Impact and Crashworthiness Mechanics • Finite Element Methods • Strength of Solids and Structures • Control Engineering • Intelligent Control System Design |
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Manufacturing |
Advanced Manufacturing Process • Advanced Machining Processes • Computer Aided Design • Computer Aided Manufacturing • Rapid Prototyping • Industrial Engineering • Industrial Automation • Modelling and Optimisations • Scheduling and Optimisations • Optimisation Method in Metal Casting • Metal fabrication • Quality Engineering • Quality and Productivity Improvement • Production and Operations Management • Sustainable Manufacturing • Additive Manufacturing • Recycling Technology • Intelligent System for Manufacturing • Manufacturing System for Optimisation • Micromachining Process •Micro-manufacturing • New Fabric Technology • Industrial Textile Application • Metrology and Measurement |
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Materials |
Composite • Biomaterials • Polymer • Powder Metallurgy • Membrane • Porous Materials • Engineering Design Methodologies• Computer Aided Engineering • Ceramics/Electro-ceramics • Electroplating • Thin Film and Coating • Lightweight Alloy• Product Lifecycle Management • Railway Engineering • Engineering Education • Nano materials • Natural Fibre based Composite |
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Thermofluid |
Thermodynamics • Heat Transfer • Computational Fluid Dynamics • Indoor Air Quality & Thermal Comfort • Combustion and Pollution Control • Green Technology • Burner System • Vehicles performance and emissions • Alternative and Renewable Fuel• Spray and Atomisation • Wind Turbine |
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Aeronautic |
Aircraft propulsion • Aircraft Turbo machinery • Aircraft material and structure • Aircraft design • Aerodynamics |