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Master of Science in Mechanical Engineering

Mechanical engineering studies the formulation, design, development, and control of systems and components involving solid mechanics, dynamics and controls, fluid mechanics, heat and mass transfer, manufacturing and the conversion of energy into useful work. Industries that use mechanical engineers are involved in robotics, computer aided design/manufacturing (CAD/CAM), automotive / transportation, air-conditioning and refrigeration, and machine-to-machine interaction or machine-to-human interaction. A career in mechanical engineering gives flexibility in future employment opportunities as well as tools the individual can use to design devices and products that benefit society.

 
Year 1
Failure Mechanisms in Materials
Failure Analysis of Components
Modeling in Materials Processing
Industrial Control Systems
Computer-Aided Machining
Advanced Thermodynamics
 
Year 2
Applied Heat Transfer
Mechanics of Viscous Fluids
Non-Newtonian Fluid Dynamics
Dissertation
Other Engineering Programs
B.S (Civil Engineering)
B.S (Computer Engineering)
B.S (Electrical Engineering)
B.S (Industrial Engineering)
B.S (Mechanical Engineering)
B.S (Telecommunication Engineering)
B.S (Manufacturing Management)
M.S (Civil Engineering)
M.S (Computer Engineering)
M.S (Electrical Engineering)
M.S (Industrial Engineering)
M.S (Mechanical Engineering)
M.S (Telecommunication Engineering)
MBA (Manufacturing Management)
M.S (Engineering Management)
M.S (Manufacturing Management)