Master of Science in Mechanical Engineering

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Brief Description The course cover other forms of Renewable or alternative energy sources which are not the main focus of the other courses in this program. These are geothermal energy, Hydrogen, fuel cell, Oceanic and wave energy. This course covers geothermal, wind, wave, tidal energy hydrogen and fuel cells. It addresses the potential for these...
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Course Description: The course Analysis and optimization of energy systems deals mainly with energy conversion; energy management; energy audit; material and energy balance; Energy Monitoring and Targeting; Global Environmental Concerns; thermal energy management; Energy Efficiency on Boilers; Energy Efficiency on Steam System; Energy Efficiency on Insulation and Refractory; FBC Boilers; Waste Heat Recovery; Electric Motors;...
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Course Description This course give an overview of the fundamentals of numerical methods used in engineering related to energy systems such as CFD (computational fluid dynamics), Heat transfer, and structural analysis.  It gives a background on how to apply numerical methods in the design and testing of related equipment and other hardware. The main emphasis...
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Course Description: This course covers the fundamentals of Power Plants. It covers the design and analysis of Steam Power Plants, Gas Turbine Power Plants, Combined Cycle Power Plants, Diesel Power Plants and Nuclear Power Plants and the related Economics of Power Generation. Course Objective: The goal of the course is to provide a fundamental understanding...
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Course Description In the past decades, Computer Aided Design (CAD) was developed to streamline and make the drafting functions more efficient, flexible and easy to manage. Computer Aided Manufacturing (CAM) in turn has developed to eliminate bottlenecks between the design and manufacturing stage. Traditional clerical functions have been integrated into a comprehensive computer controlled systems,...
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