Master by Taught Course
The Master programme by Taught Course (or coursework) is designed to extend the knowledge and skills gained from the first degree and to develop new professional skills of the graduates in the particular area of study. The programme involves lectures, seminars and project work. Forty credit hours of taught subjects and a research report and a final Cumulative Grade Point Average (CGPA) of at least 3.0 are required for the award of the Master degree.The study comprises a combination of compulsory subjects, electives and a Master’s Project. Assessments are made through take-home assignments, tests and final semester examinations. Students’ progress and performance in the Master project is assessed through oral presentations and a written report.
 
Duration
3– 6 semesters (1.5 – 3 years)
 
Registration Mode
Full Time/Part Time
 
MODE OF REGISTRATION
FULL TIME (YEARS)
PART TIME (YEARS)
Duration 
1.5 - 3 
3 - 5
 
University Compulsory (W)  6 Credits
SUBJECTS
CREDIT HOURS
 Research Methodology
3

 Engineering & Technology Management /

 Quality Management Mechanics

3
 
Programme Core (P) 16 Credits
SUBJECTS
CREDIT HOURS
  Mechanical System Design
3
  Numerical Methods
3
  Master Project
3
 
Course Core (K) 15 Credits
ENERGY ENGINEERING
SUBJECTS
CREDIT HOURS
  Advanced Heat Transfer
3
  Monitoring & Verification
3
  Energy Management
3
  Renewable Energy Technology
3
  Computational Fluid Dynamics
3
STRUCTURAL MECHANICS
SUBJECTS
CREDIT HOURS
  Theory of Elasticity & Plasticity
3
  Finite Elements Modeling
3
  Structural Dynamics
3
  Advanced Material
3
AUTOMOTIVE
SUBJECTS
CREDIT HOURS
  Green Technology Vehicle
3
  Vehicle Electrical & Electronics System
3
  Intelligent Vehicle Control
3
  Noise, Vibration & Harshness
3
PRODUCT DESIGN
SUBJECTS
CREDIT HOURS
  Computer Aided Engineering
3
  Materials Selection for Sustainable Design
3
  Time Compression Technologies
3
  Design for Manufacture and Assembly
3
 
Elective (E) 3 Credits
ENERGY ENGINEERING
SUBJECTS
CREDIT HOURS
  Bio-Fuel Technology
3
  Waste Heat Recovery
3
  Small Scale Electric Hydro
3
STRUCTURAL MECHANICS
SUBJECTS
CREDIT HOURS
  Structural Impact Mechanics
3
  Experimental Stress Analysis
3
  Structural Health Monitoring
3
  Mechanics of Composite Materials
3
  Fatigue & Fracture Mechanics
3
  Corrosion & Protection
3
AUTOMOTIVE
SUBJECTS
CREDIT HOURS
  Vehicle Breaking System
3
  Tyre Behavior & Performance Control
3
  Advanced Vehicle Dynamics
3
  Automotive Human Factor
3
  Emission Control Technology
3
  Vehicle Power Train and Driveline
3
PRODUCT DESIGN
SUBJECTS
CREDIT HOURS
  Industrial Design Engineering
3
  Human Factors in Design
3
  Product Reliability & Integrity
3
June 2017
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23-06-2017