Course Descriptions

This list is current as of July 31, 2019. The courses and descriptions in this section are subject to change.


Marine Engineering - Graduate Program
	• EM610 - Computational Methods
	• EM615 - Computational Fluid Dynamics
	• EM620 - Marine Propulsion Systems
	• EM621 - Advanced Marine Power Plants
	• EM622 - Thermal System Design and Optimization
	• EM623 - Advanced Marine Materials
	• EM624 - Vibrations of Marine Machinery and Structures
	• EM625 - LNG Vessel Operation and Design Considerations
	• EM626 - Marine Nuclear Propulsion
	• EM627 - Alternative Marine Power Production
	• EM631 - Electrical Power Systems
	• EM632 - Power Electronics and Applications
	• EM633 - Control Theory and PLC Applications
	• EM634 - Marine Electrical Systems and Propulsion
	• EM640 - Economics of Marine Engineering
	• EM642 - Reliability Engineering and Operations Research
	• EM645 - Marine Engineering Management I
	• EM646 - Marine Engineering Management II
	• EM650 - Internal Combustion Engine Analysis and New Technologies
	• EM655 - Pump Design and Operation in Shipboard Systems
	• EM660 - Hydrostatics and Basic Hydronamics
	• EM661 - Propulsion and Propulsors
	• EM665 - Large Bore Natural Gas Spark-Ignition and Dual Fuel Engines
	• EM670 - Marine Industry Policy
	• EM680 - Thesis/Design Project 1
	• EM681 - Thesis/Design Project 2
	• EM690 - Independent Study