M.E. in Mechanical Engineering

• course - Impact Dynamics
• course - Introduction to Explosives Engineering
• course - Detonation Theory
• course - Pyrotechnics Theory and Application
• course - Wave Propagation
• course - Advanced Explosives Engineering
• course - Explosives Technology and Applications
• course - Compressible Fluid Flow

• course - Compressible Fluid Flow
• course - Advanced Engineering Mathematics
• course - Advanced Fluid Mechanics
• course - Advanced Thermodynamics
• course - Advanced Heat Transfer
• course - Computational Fluid Dynamics and Reactive Flow

• course - Vibrations in Elastic Continuum
• course - Drones
• course - Control System Design
• course - Modern Control Theory
• course - Manipulator Based Robotics
• course - Optimal Control
• course - Digital Image Processing
• course - Bioinspiration and Biomimetics
• course - Smart Engineering systems
• course - AI Concepts and Applications
• course - Advanced Mechatronics
• course - Sensor Technology
• course - Electrical Measurements of Non-Electrical Quantities
• course - Smart Materials and Structures

• course - Drones
• course - Control System Design
• course - Modern Control Theory
• course - Optimal Control
• course - Compressible Fluid Flow
• course - Bioinspiration & Biomimetics
• course - Advanced Mechatronics
• course - Sensor Technology
• course - Smart Materials and Structures
• MENG5089 - Aerospace Propulsion
• MENG5089 - Advanced Aerodynamics

• course - Advanced Mechanics of Materials
• course - Design and Analysis of Experiments
• course - Theory of Elasticity
• course - Plates and Shells
• course - Advanced Finite Element Method
• course - Fracture Mechanics
• course - Continuum Mechanics
• course - Vibration in an Elastic Continuum
• course - Wave Propagation
• course - Engineering Mechanics of Composite Structures
• course - Smart Materials and Structures