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Course Criteria
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2.00 Credits
A continuation of EN-1211 and covers the construction, operation, maintenance, and repair of basic power plant systems, steam traps, strainers, pumps, heat exchangers, condensers, air ejectors, deaerators, hydraulic systems and components, and air compressors and systems. The laboratory consists of CAD use to draw specifi c training ship systems; the use of cutaway equipment, operational trainers, and simulators; and the use of actual ship's equipment to enhance the understanding of material presented in the course. The laboratory also consists of a half semester of "hands-on" introduction to electric arc welding andmachine tool operation including safety. Prerequisite: EN-1211 STCW: Knowledge and Practical
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3.00 Credits
This course provides practical experience in the use of machine tools. Emphasis is on shop safety, use of measuring instruments, hand tools, horizontal band saw, drill press, screw cutting lathe, electric arc welding, oxyfuel welding, and oxyfuel cutting. Prerequisite: None STCW: Knowledge and Practical
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0.00 Credits
Includes static analysis of rigid bodies; determination of forces in members due to concentrated and distributed loads; analysis of trusses, frames, and machines; shear and bending moment diagrams; and determination of centers of gravity and moment of inertia. Prerequisite: SM-2123 STCW: None
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6.00 Credits
The co-op experience requires a student to work a minimum of six weeks, during the summer or winter session, in industry for academic credit. The student will be exposed to "real life" experiences through these co-ops.He/she will gain fi rsthand knowledge of practices and technology presently being used today by the facilities professional. The co-op requires a technical report to be submitted at the conclusion of the experience. Also required is an evaluation by the supervisor. Prerequisite: Junior standing STCW: None
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1.50 Credits
Covers the construction, operation, maintenance, and code regulations pertinent to conventional power plant boilers, steam engines, and turbines. Emphasis is placed on the ASME Code; Massachusetts General Laws, Chapter 146; and the National Board Inspection Code. Prerequisite: None STCW: None
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6.00 Credits
Provides an opportunity for cadets to obtain sea service and engineering watchstanding experience in a structured shipboard training program which is compliant with Chapter III of STCW and the requirements of 46 CFR. The training uses a building-block approach bringing the cadet up to an acceptable level of profi ciency in each area of required competence. Shipboard training is closely integrated with the shore-based academic curriculum at the Academy which includes a range of simulation and practical laboratory experiences. All phases of training are conducted by STCW Qualifi ed Instructors and Designated Examiners. Prerequisite: ST-0999 STCW: Knowledge and Practical
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2.00 Credits
Covers the construction, running gear functions, and operating principles of the diesel engine, as applied to marine installations. The laboratory sessions will involve the student in diesel engine operation and maintenance both in the shop and aboard the various Academy vessels. Prerequisite: None STCW: None
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6.00 Credits
Replaces Sea Term II. Qualifi ed cadets are afforded the opportunity to train aboard commercially-operated vessels for approximately 60 days. The student must satisfy sophomore status to be considered. ST-0999, EN-1211, EN-2111, EN-2232, SM-1212, LB-0201 STCW: None
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0.00 Credits
Students study AC and DC theory as applied to motors, generators, and power distribution systems. The course also considers preventative maintenance and repair of rotating and static electrical equipment; turboelectric drive principles and operation; and U.S. Coast Guard electrical engineering rules and regulations. The laboratory component covers ship and shoreside machinery. Prerequisite: SM-2224 STCW: Knowledge
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2.00 Credits
Theoretical and practical aspects of the operation and maintenance of electrical machinery, including: Electric circuits and wiring, AC and DC motors and generators, transformers, motor controls, and troubleshooting. Corequisite: EN-3111 STCW: Practical
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