12 courses with the subject EPRJ, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
EPRJ 210Machine Shop Sea Project1
This course provides practice using the lathe skills learned during plebe year in a shipboard environment. This course consists of the fabrication of a metal project using the ship’s tools. As an Alternative, Midshipmen may provide photographic and technical report documentation of actual projects fabricated for the ship.
This course is a study of the main propulsion machinery, the associated support systems and the operational procedures related to the ship’s main propulsion system. The project focuses on either the main propulsion diesel, steam or gas turbine plants.
This course is a study of the ship’s auxiliary machinery, the ship’s support systems and the operational procedures related to the ship’s main propulsion system. This project also includes environmental concerns, pollution control, safety equipment and practices used on the ship’s auxiliary systems and provides the Midshipman with practical operating experiences.
ECME 101 , ECEE 100 and NAUT 101 1st sailing period
EPRJ 245Marine Engineering for Deck Midshipmen Sea Project1
This sea project is designed to provide deck Midshipmen with an overview of the ship’s mechanical and electrical systems. The object is to provide them with enough knowledge on how the ship functions to make them better ship’s officers. The study focuses on equipment or systems that tend to affect the operation of the ship.
This course will familiarize the Midshipmen with the organization and management of maintenance, repair and shipyard (drydock) periods as carried out by shipboard personnel. 2nd sailing period
The course concerns the study of the ship’s structure and construction. It is designed to develop the ability to identify the structural elements of a ship and provide an understanding of their function.
This course is a study of the main propulsion machinery, the associated support systems and the operational procedures related to the ship’s main propulsion steam systems, auxiliary steam systems or main propulsion gas turbines. The project focuses on either main propulsion steam or gas turbine plants; or auxiliary steam systems on main propulsion Diesel plants.
This sea project is a study of the ship’s refrigeration systems, in addition to the heating, ventilation and air conditioning systems (HVAC). The project will cover the operational procedures related to these systems.
ECME 101 , EPRJ 240 and ECME 105 2nd sailing period
EPRJ 340Shipboard Systems II Sea Project2
This sea project is a study of the ship’s auxiliary systems and the operational procedures related to those ship’s systems. This project also includes fire alarms and firefighting equipment and systems and provides the Midshipman with practical operating experiences.
This sea project covers the electrical principles necessary for understanding the electrical power system operation, testing, maintenance and troubleshooting procedures practiced aboard ships. It develops the basic understanding of electrical machines, batteries, controls and protection. In addition it outlines the necessary STCW/RFPEW requirements, competencies and sign-offs for the USCG Third Assistant Engineer License.
This sea-project is a study of the main propulsion machinery, the associated support systems and the operational procedures related to the ship’s main propulsion system. The project focuses on either main propulsion or auxiliary diesel plants. The objective is to develop the skills necessary to be a proficient shipboard engineering officer as well as provide practical, hands-on experience. 2nd sailing period
This program is open to Midshipman enrolled in the Marine Engineering and Shipyard Management Program who has completed courses in Engineering Shop and Ship Engineering Operations, combines the requirements of the INSP 100 Internship (Management Orientation) Program with specific objectives of the Marine Engineering and Shipyard Management major. The specific objectives include learning procedures and obtaining practical skills in specific areas of shipyard operations at a major or a mid-sized shipyard or repair facility, and collecting data for a capstone design project in the first class year. Upon completion of the internship, the Midshipman demonstrates in a written report a comprehensive and understanding of the management concepts and engineering operations at the host facility. The minimum six week internship must be completed by all Marine Engineering and Shipyard Management majors as part of the courses required for graduation. Upon application, Professional Service Time in Lieu of Ship Service Time may be requested for up to 50 days of the Shipyard Management Internship period. 2nd sailing period
