Program Objective

The aim of this programme is to provide an opportunity for applied scientists and engineers to pursue an in-depth study beyond the undergraduate level in the broadly based mechanical engineering discipline, which is essential to technological developments.

Program structure:

University Elective (1 subject)

• To choose from the list given by School of Graduate Studies

Program Core (3 subjects)

• Computational Method for Engineers 
• Advanced Engineering Mathematics
• Instrumentation, measurement and control

Program Electives (Choose SIX subjects only) 

• Computational method in solid mechanics 
• Structural reliability 
• CAD application 
• Optimization in engineering design 
• Virtual reality programming for engineers 
• System modelling and simulation 
• Advanced industrial automation 
• Robot system and control 
• Mechatronic system design 
• Advanced fluid mechanics 
• Computational fluid dynamics 
• Compressible fluid flow 
• Advanced engineering thermodynamics 
• Advanced heat transfer 
• Advanced combustion 
• Sustainable energy technology 
• Thermofluid measurement and diagnostic 
• Structural dynamics 
• Fatigue and fracture Mechanics 
• Advanced engineering materials 
• Elasticity and plasticity 
• Plates, shell and pressure vessels 
• Composite sructures
• Acoustics
• Vibration control and instrumentation 
• Adaptive and intelligent control 
• Independent study I / Special topic I 
• Independent study II / Special topic II 

Research

• Master project I 
• Master project II 

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• Master Of Engineering (Mechanical)
• Mechanical