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CSU Maritime Academy 2015/16-2016/17 Catalog 
    
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CSU Maritime Academy 2015/16-2016/17 Catalog [ARCHIVED CATALOG]

Undergraduate Course Descriptions

Definitions

A prerequisite is an academic requirement that must be completed prior to enrolling in a course.

A co-requisite is an academic requirement that must be taken concurrently with a course.

♦ Denotes a course that fulfills STCW (Standards of Training, Certification, and Watchkeeping for Seafarers) requirements. US Coast Guard license program students must achieve a grade of C- or higher in order to pass an STCW course.

(CSL) Denotes that these courses have a community service component, which may be in addition to regular class hours or part of the course itself, as indicated.

Academic Department/School Designations

ATH Athletics
CC Culture & Communication
ET Engineering Technology
XL Extended Learning
LIB Library
MT Marine Transportation
MPM Maritime Policy and Management
ME Mechanical Engineering
NS Naval Science
SM Sciences & Mathematics

The academic department designation with the course description determines the department that hosts the course.

All courses are graded using the A–F system unless otherwise specified.

Course Numbering System

0 – 99: remedial courses (not applicable to degree)
100 – 299: .lower division
300 – 499: upper division

Electives

Scheduled general electives can be found in the searchable online class schedule. In the Class Search criteria, enter “ELEC” under Course Attribute to search for all electives. Additionally, use Course Attribute value for individual electives. These electives are also identified according to their designation within the five areas of the CSU General Education requirements.
 

Economics
  

  • ECO 185 - Study Abroad Elective

    MPM
  

  • ECO 195 - Special Topics

    MPM
  

  • ECO 200 - Economic Geography

    Class Hours: 3, Units: 3
    Prerequisite(s): None
    Commercial regions of the world, the pattern of production, distribution, and consumption, as well as contemporary industrial and commercial development are discussed.
    MPM
  

  • ECO 305 - Managerial Economics

    Class Hours: 3, Units: 3
    Prerequisite(s): ECO 101 
    Examines concepts of management decision-making using knowledge of the global economic forces. The focus of this class is on economic micro and macro theory to explain events in the local economy and foreign economies. Using logical observations of the economy, the course emphasizes the development of decisionmaking criteria for strategic business decisions.
    MPM
  

  • ECO 385 - Study Abroad Elective

    MPM
  

  • ECO 390 - Independent Study

    MPM
  

  • ECO 395 - Special Topics

    MPM

Engineering
  

  • ENG 100 - Engineering Graphics

    Class Hours: 2, Units: 2
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): None
    Introduction to engineering graphics, the primary media for developing and communicating engineering system design information. Preparation of technical drawings using drafting instruments and computer-aided design (CAD) software is based on ANSI standards and includes orthographic projections, dimensioning, and tolerances.
    ET
  

  • ENG 110 - Introduction to Engineering and Technology

    Class Hours: 1, Units: 1
    Prerequisite(s): None
    Introduction to the engineering and technology professions and curricula, including the professional responsibilities of engineers and engineering technologists, the organization of the engineering and technology profession, and the library and Internet research, along with outside speakers from the profession.
    ME
  

  • ENG 120 - Engineering Communications

    Class Hours: 2, Units: 2
    Prerequisite(s): None
    Focuses on the communication aspects (oral, visual, graphical, and written) of the engineering profession by introducing students to technical writing, word processing, presentation software, and spreadsheets.
    ME
  

  • ENG 185 - Study Abroad Elective

    ET, ME
  

  • ENG 195 - Special Topics

    ET, ME
  

  • ENG 210 - Engineering Computer Programming

    Class Hours: 2, Units: 2
    Prerequisite(s): None
    An introduction to the use and engineering applications of MATLAB, and an introduction to computer programming using MATLAB. Main topics include array and matrix manipulation, plotting in 2 and 3 dimensions, solving linear systems of equations, and solving nonlinear equations. In addition, the basic programming constructs, including input and output formatting, functions, conditional statements, and loops are introduced. A basic introduction to linear algebra is also included.
    ME
  

  • ENG 250 - Electrical Circuits and Electronics

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): PHY 205  
    Co-requisite(s): ENG 250L  
    This course covers the theory and analysis of DC and AC circuits. Real and ideal sources, power transfer and power factor. Resistor, capacitor, and inductor circuits, transient response, frequency response and transfer functions. Single phase and multiphase power systems, and amplifier circuits and semiconductor devices.
    ME
  

  • ENG 250L - Electrical Circuits and Electronics Lab

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): PHY 205  
    Co-requisite(s): ENG 250  
    Supports instruction and theory of ENG 250  using hands-on circuit and electronics analysis. Use of meters, scopes and breadboard techniques to construct and measure transient and steady-state responses. MATLAB simulations used in response prediction.
    ME
  

  • ENG 300 - Engineering Numerical Modeling and Analysis

    Class Hours: 3, Units: 3
    Prerequisite(s): ME 220 , ME 332  
    Applications of the Finite Element Method to engineering and solid mechanics problems will be covered using a commercially available finite element code. Topics include solid modeling of classical structural and heat transfer problems such as plane stress, plane strain, asymmetry, general 3-D solid mechanics problems, geometric non-linearity, material non-linearity, parametric design studies, steady-state and transient heat transfer, and multi-physics problems. Additionally, topics in numerical integration and numerical solutions to a system of differential equations will be covered.
    ME
  

  • ENG 385 - Study Abroad Elective

    ET, ME
  

  • ENG 390 - Independent Study

    ET, ME
  

  • ENG 395 - Special Topics

    ET, ME
  

  • ENG 430 - Naval Architecture

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): Prerequisite for ET Students: ET 332 , ET 340  Prerequisite for ME Students: ME 332 , ME 340 
    Covers ship nomenclature, initial and damaged stability theory and calculations, hull structural design considerations, ship resistance and propulsion power prediction.
    ET
  

  • ENG 440 - Power Engineering

    Class Hours: 3, Units: 3
    Prerequisite(s): ME 240  or ET 344 
    This course will survey the various processes used to convert various energy resources-fossil fuel (coal, oil, natural gas) and nuclear fuel as well as renewable sources (hydroelectric, solar, wind, geothermal, biomass, ocean tidal and wave)-into useful electrical and mechanical energy. The focus will be on the engineering analysis, technology, and societal and environmental benefits and impacts of each process.
    ME
  

  • ENG 440L - Power Engineering Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): ENG 440 
    Experimental study of several of the electrical power generation systems studied in Power Engineering. Students will operate several power generation systems in the Power Lab (including a gas turbine, combined cycle plant, wind turbine, and solar photovoltaic and thermal systems) under controlled loads, obtain measurements, and evaluate performance. Hybrid and battery charging systems will also be examined.
    ME
  

  • ENG 470 - Engineering Management

    Class Hours: 3, Units: 3
    Prerequisite(s): ELEC 20 , Junior class standing
    Begins with a brief introduction to the engineering profession and then focuses on total quality management, personnel management and communications, project management and legal concerns. Topics such as professional liability and ethics will provide the student with a sense of his or her responsibility. In addition, numerous case studies enhance student understanding.
    ET
  

  • ENG 472 - Facilities Management

    Class Hours: 3, Units: 3
    Prerequisite(s): CEP 250  or CEP 270 
    Topics from various engineering and technology disciplines are covered and integrated into a structure consistent with the understanding and experiences needed in the facilities engineering management profession. This course is the introductory course to the Facilities Engineering profession.
    ET

Engineering Plant Operations
  

  • EPO 110 - Plant Operations I

    Lab Hours: 3, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): None
    A laboratory class directly involved in the inspection, maintenance, and repair of marine machinery and systems aboard the training ship. Emphasis is the safe and proper use of hand and power tools and the identification and repair of valves, pumps, fittings, piping, switches, controllers, and circuit breakers. Lab reports will be completed on work performed.
    ET | Graded: Credit/No Credit
  

  • EPO 125 - Introduction to Marine Engineering

    Class Hours: 3, Units: 3
    Prerequisite(s): None
    Co-requisite(s): EPO 125L  (MET & FET only), EPO 110  
    An introductory course in marine engineering that develops a basic understanding of common shipboard systems: their function, arrangement, major components and principles of operation. Hands-on studies of the engineering systems aboard the Training Ship GOLDEN BEAR reinforce engineering system concepts discussed in class. Completion of shipboard practical training requirements familiarize the student with the watch routine and safety equipment in preparation for follow-on practical training at sea.
    ET
  

  • EPO 125L - Introduction to Marine Engineering Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): None
    Co-requisite(s): EPO 125 , EPO 110  
    This lab studies primary engineering systems aboard the Training Ship GOLDEN BEAR. Topics of study include shipboard familiarization; measurement methods; main engine jacket water system; fuel oil storage - transfer and supply; fuel oil injection systems; lube oil system; gear train and clutch; cooling water systems; environmental protection systems; starting air system; distillation plant; and basic shipboard firefighting and safety. Students are given engineering system tracing assignments including main engine jacket water system, main engine fuel supply system, main engine lubricating oil system, central fresh water cooling system, and main engine starting air system.
    ET
  

  • EPO 135 - Historic Vessel Preservation

    Lab Hours: VARIABLE, Units: 1
    Prerequisite(s): None
    This course will provide students with an opportunity to apply their academic knowledge and technical skills in the preservation, maintenance, and operation of a historic maritime vessel. By donating their time and talent in this endeavor, students will provide an important service to the maritime community. For reasons related to safety and liability, currently only the following listed sites are approved for this course: Mare Island Historic Park Foundation SS “Red Oak Victory” USS Potomac SS “Jeremiah O’Brien”
    ET | Graded: Credit/No Credit
  

  • EPO 185 - Study Abroad Elective

    ET
  

  • EPO 195 - Special Topics

    ET
  

  • EPO 210 - Plant Operations II

    Lab Hours: 3, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 110 
    Continuation of the practical work performed on the training ship or in facilities maintenance lab. Equipment maintenance is emphasized with work on diesel engines, air compressors, generators, electrical equipment and pumps. Lab reports will be completed on work performed.
    ET | Graded: Credit/No Credit
  

  • EPO 213 - Welding Lab

    Lab Hours: 3, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): None
    A laboratory course that provides the experience in welding, brazing, cutting, and burning techniques sufficient to effect emergency repairs and routine maintenance of engineering structures and systems.
    ET
  

  • EPO 214 - Boilers

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 125 
    Comprehensive study of fossil fuel steam generators, with emphasis on marine propulsion plants. Studies include the principles of boiler design and construction, boiler auxiliaries, principles of combustion, heat recovery equipment, automated boiler controls, and boiler water treatment. In addition, the course prepares students for the steam plant section of the U.S. Coast Guard Third Assistant Engineer’s Exam.
    ET
  

  • EPO 215 - Manufacturing Processes I

    Lab Hours: 3, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): None
    An introduction to machine shop practices utilizing engine lathes and milling machines, precision measuring instruments and hand tools. Assigned projects include execution of designs developed by students in prior graphics design courses.
    ET
  

  • EPO 217 - Shipboard Medical

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): Senior Class Standing
    Practical applications and the principles of First Aid and Medical Care. Topics include body structure and function, resuscitation techniques, and bleeding control. Shock management, burns and scalds, cold and heat effects, rescue and casualty transport, toxicological hazards, spinal injuries, fractures, dislocation and muscular injuries, radio medical advice, pharmacology, sterilization, cardiac arrest and drowning.
    ET
  

  • EPO 220 - Diesel Engineering I

    Class Hours: 2, Units: 2
    Prerequisite(s): None
    Introduction to the internal combustion engine utilized by industry and merchant vessels. Covered topics include basic theory, history of the diesel engine, gas exchange process, engine types, engine construction, engine parts, fuel injection, and merchant vessel propulsion. All diesel engine types are covered but emphasis is given to the crosshead type slow-speed diesel engine which is the dominant form of main propulsion for the world’s merchant fleet. The course prepares students for the motor section of the USCG Third Assistant Engineer’s examination.
    ET
  

  • EPO 230 - Steam Plant System Operations

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): CRU 150 , EPO 125 
    A hands-on learning experience in the Steam Plant Simulator. An introduction to the engineering systems, operating and emergency procedures, and watch requirements of a steam propulsion plant.
    ET
  

  • EPO 235 - Steam Plant Watch Team Management

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 214 , EPO 230 
    A hands-on learning experience in the Steam Plant Simulator. Develops fault analysis techniques for steam propulsion plants, communication skills in a work environment, and management abilities.
    ET
  

  • EPO 310 - Plant Operations III

    Lab Hours: 3, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 210 
    A continuation of the practical work performed on the training ship or in facilities maintenance lab. Supervision of equipment maintenance is emphasized. The students rotate in working on main propulsion, electrical and auxiliary equipment. Lab reports will be completed on work performed.
    ET
  

  • EPO 312 - Turbines

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 214 
    Comprehensive study of steam turbines, condensers, reduction gears, propulsion shafting, and gas turbines, with emphasis on marine propulsion plants. Steam and gas turbine controls and the thermodynamic principles of efficient steam plant operation are also included. Through the course, students will gain the knowledge to operate and maintain turbines and their auxiliary systems. In addition, the course prepares students for the steam plant section of the U.S. Coast Guard Third Assistant Engineer’s Exam.
    ET
  
  

  • EPO 319 - Facilities Engineering Diagnostics Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): CRU 150 
    Examines the theory and application to machinery maintenance of vibration analysis, oil analysis, machinery alignment, thermography, and overall plant performance analysis. Includes the study of various machinery maintenance programs applied to facilities engineering systems, including machinery history, trend analysis, and predictive maintenance.
    ET
  

  • EPO 321 - Introduction to Power Generation Plants

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 220  
    The student will be given an introduction to the operation, performance and maintenance of simple cycle gas turbine and medium-speed reciprocating power generation systems, combined cycle gas turbine and steam turbine power plants. The course consists of lecture and practical training in engineering systems and proper operating procedures. This course will expose the student to gas and liquid fired reciprocating engines, simple cycle gas turbine as well as combined cycle plants. The emphasis of this course is Power Plant Management and will train the students in common power plant systems and how they interact with each other.
    ET
  

  • EPO 322 - Diesel Engineering II/ Simulator

    Class Hours: 1, Units: 1
    Prerequisite(s): EPO 220 
    Co-requisite(s): EPO 322L 
    The study of engineering systems and components associated with diesel power plants. Topics include exhaust treatment equipment and advanced engine technologies applied to the reduction of harmful emissions. The course consists of lecture and practical training in diesel engine systems, normal operations and maintenance, and casualty procedures.
    ET
  

  • EPO 322L - Diesel Engineering II/ Simulator Lab

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 220 
    Co-requisite(s): EPO 322 
    In the Diesel Plant Simulator the student will learn to operate a heavy-fuel diesel-propulsion plant under normal operating and emergency conditions. Students will learn to work effectively as a team to diagnose combustion and machinery faults representative of those encountered in operating diesel power plants. This course will emphasize Engine Team Management techniques utilizing the simulator as an instructional tool to train the students in good communications and problem solving even during stressful conditions.
    ET
  

  • EPO 324 - Refrigeration & A/C for QMED

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): None
    Introduction to basic refrigeration and air conditioning principles and equipment. Included are the theory and application of direct and indirect refrigeration cycles commonly found on merchant ships and ashore, including main cargo freezers, air conditioning systems, chill water systems, refrigerated vans, and ice machines. Single-phase electrical motor and motor starter theory. Course includes daily lecture and some lab work.
    ET
  

  • EPO 325 - QMED Fundamentals

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): EPO 125 , EPO 220 , NAU 310 , NAU 310L  
    This course is an overview of the fundamental principles of electrical distribution systems, electric power generation, electric drive motors, electric motor control, auxiliary boilers, and auxiliary steam systems. The course is intended as a preparatory course for students taking the USCG unlicensed examination for QMED Diesel Engineer.
    ET
  

  • EPO 385 - Study Abroad Elective

    ET
  

  • EPO 390 - Independent Study

    ET
  

  • EPO 395 - Special Topics

    ET
  

  • EPO 413 - Advanced Welding and Fabrication

    Lab Hours: 3, Units: 1
    Prerequisite(s): EPO 213 , EPO 215  
    A practical experience in taking a fabrication project through each step to completion. Scheduling, drawings, materials lists, various fabricating techniques, and teamwork are all part of the assigned project.
    ET

Engineering Technology
  

  • ET 110 - Introduction to Engineering Technology

    Class Hours: 1, Units: 1
    Prerequisite(s): None
    A survey course introducing the engineering technology profession and curriculum. Topics in engineering education, academic success strategies, and career opportunities are covered. Also, the basic concepts of engineering analysis are introduced through the use of engineering units and significant figures in calculations. Field trips are utilized to give the students exposure to their chosen profession.
    ET
  

  • ET 185 - Study Abroad Elective

    ET
  

  • ET 195 - Special Topics

    ET
  

  • ET 230 - Properties of Materials

    Class Hours: 2, Units: 2
    Prerequisite(s): CHE 110 , CHE 110L , MTH 210  
    Examination of the properties of materials from the atomic to the macroscopic levels, looking at crystal structures and the application of materials to engineering systems. Emphasis is on metals, but nonmetals are discussed. Mechanical properties, creep, fatigue, corrosion and failure characteristics are covered. Current usage of advanced materials is also discussed.
    ET
  

  • ET 230L - Properties of Materials Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): CHE 110 , CHE 110L , ET 230 , MTH 210  
    Investigates the physical characteristics of materials through testing, data acquisition, and calculations. Tests conducted include tensile, fatigue, creep, impact energy, and hardenability. Students learn how the properties described in ET 230  are derived.
    ET
  

  • ET 232 - Statics

    Class Hours: 3, Units: 3
    Prerequisite(s): MTH 210 , PHY 200 , PHY 200L 
    Force systems and the conditions of equilibrium for particles and rigid-bodies are studied in two and three dimensions. The principles of equilibrium, moments, and dry friction are applied to engineering system components and structures.
    ET
  

  • ET 250 - Electrical Circuits

    Class Hours: 3, Units: 3
    Prerequisite(s): MTH 211 , PHY 205 
    Co-requisite(s): ET 250L 
    Principles and applications of DC and AC circuit analysis, node and mesh equations, Thevenin equivalent circuits, maximum power transfer, first order transients, simple filters and amplifiers, phasors, power, power factor, and reactive power in single-phase systems.
    ET
  

  • ET 250L - Electrical Circuits Lab

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): MTH 211 , PHY 205 
    Co-requisite(s): ET 250 
    Application of circuit elements and principles from ET 250  in laboratory measurements and analysis.
    ET
  

  • ET 330 - Dynamics

    Class Hours: 3, Units: 3
    Prerequisite(s): ET 232 
    Force systems and motion of particles and rigid-bodies are studied in two and three dimensions. The principles of dependent and relative motion, work and energy, conservation of energy, and impulse and momentum are applied to engineering system components.
    ET
  

  • ET 332 - Strength of Materials

    Class Hours: 3, Units: 3
    Prerequisite(s): MTH 211 , ET 232  
    Co-requisite(s): ET 230L  
    Study of basic concepts in strength of materials: normal, shear, bending, and bearing stress; stress-strain relation; and design properties of materials. Practical application of structure calculations for sizing bolts, rivets, shafts, beams, columns, and pressure vessels.
    ET
  

  • ET 340 - Fluid Mechanics

    Class Hours: 3, Units: 3
    Prerequisite(s): MTH 211 , PHY 205 
    Co-requisite(s): ET 340L 
    The application of principles of incompressible fluid flow. Topics include forces in static fluids and fluids in motion, applications of Bernoulli’s equation, pressure losses in pipe systems, open channel flows, pump selection, and air flow in ducts.
    ET
  

  • ET 340L - Fluid Mechanics Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): MTH 211 , PHY 205 
    Co-requisite(s): ET 340 
    ET
  

  • ET 342 - Refrigeration and Air Conditioning

    Class Hours: 2, Units: 2
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): ET 344  
    Co-requisite(s): ET 342L  
    Introduction to basic refrigeration and air conditioning principles and equipment. Included are the theory and application of direct and indirect refrigeration cycles commonly found on merchant ships and ashore including main cargo freezers, air conditional systems, chill water systems, absorption systems, refrigerated vans, and ice machines.
    ET
  

  • ET 342L - Refrigeration and Air Conditioning Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): ET 344  
    Co-requisite(s): ET 342  
    ET
  

  • ET 344 - Thermodynamics

    Class Hours: 3, Units: 3
    Prerequisite(s): PHY 200 , PHY 200L 
    Basic laws of thermodynamics and their applications to heat-power machinery applied on shipboard heat-power plants, steam and gas turbines, internal combustion engines, and vapor-compression refrigeration systems.
    ET
  

  • ET 350 - Electrical Machinery

    Class Hours: 3, Units: 3
    Prerequisite(s): ET 250 , ET 250L 
    Co-requisite(s): ET 350L 
    Principles and application of magnetic circuits and transformers, three-phase power, power factor correction, DC motors and generators, three-phase AC motors and alternators, single-phase motors, stepper motors, electronic motor control, and circuit protection devices.
    ET
  

  • ET 350L - Electrical Machinery Lab

    Lab Hours: 2, Units: 1
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): ET 250 , ET 250L 
    Co-requisite(s): ET 350 
    Application of the principles from ET 350  in laboratory measurements and analysis.
    ET
  

  • ET 370 - Electronics

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): COM 220, COM 220L , ET 250 , ET 250L 
    Co-requisite(s): ET 370L 
    Principles and application of electronic circuits and components, microcontrollers, operational amplifiers, comparators, peak detectors, active filters, timer circuits, AD conversion, serial communication, and micro electromechanical systems.
    ET
  

  • ET 370L - Electronics Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): COM 220, COM 220L , ET 250 , ET 250L  
    Co-requisite(s): ET 370  
    Application of the principles from ET 370  in laboratory measurements and analysis, followed by a comprehensive team project.
    ET
  

  • ET 385 - Study Abroad Elective

    ET
  

  • ET 390 - Independent Study

    ET
  

  • ET 395 - Special Topics

    ET
  

  • ET 400 - Instrumentation and Measurement

    Class Hours: 3, Units: 3
    Prerequisite(s): ET 370 , ET 370L  
    Co-requisite(s): ET 400L  
    A study of instrumentation devices and their uses in monitoring processes. Instrumentation used for measuring temperature, pressure, level, flow, position and motion as well as other types of analytical measurement are studied. In addition to instrumentation, the principles of signal conditioning are also studied including op-amp applications, filtering, applications to pneumatic systems, and digital signal conditioning. Concludes with a study of how instrumentation relates to modern data acquisition systems; how to optimize measurements and effectively analyze measured signals. Laboratory applications are investigated concurrently with course topics.
    ET
  

  • ET 400L - Instrumentation and Measurement Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): ET 370 , ET 370L  
    Co-requisite(s): ET 400  
    This lab is designed to study principles introduced in ET 400 - Instrumentation and Measurement . Lab procedures include studies involving signal conditioning, Wheatstone bridge applications, use of operational amplifiers for signal conditioning, Boolean logic, thermal transducers, strain gage measurements, variable capacitance transducers, and optical transducers. Computer-based data acquisition methods are used in all the procedures.
    ET
  

  • ET 442 - Heating, Ventilation, and Air Conditioning

    Class Hours: 2, Units: 2
    Prerequisite(s): ET 342 , ET 342L  
    Co-requisite(s): ET 442L  
    This is the final course in a two course series of applied thermodynamics with regards to refrigeration/air conditioning cycle. This course will focus on the HVAC requirements of facilities with application to ships as well as any facility. Designing of HVAC systems, including heat balance, duct design and fan selection will be used to examine the system requirements and to examine potential modification to the existing system. The course will prepare the student for the Fundamentals of Engineering (FE) and United States Coast Guard (USCG) exams.
    ET
  

  • ET 442L - Heating, Ventilation, and Air Conditioning Lab

    Lab Hours: 2: Units: 1
    Prerequisite(s): ET 342 , ET 342L  
    Co-requisite(s): ET 442  
    ET
  

  • ET 460 - Automation

    Class Hours: 3, Units: 3
    STCW Requirement Fullfilled: ♦
    Prerequisite(s): ET 400 , ET 400L 
    Co-requisite(s): ET 460L 
    A study of automation in power plants, engineering processes, and manufacturing processes leading to an understanding of modern control systems. Principles of analog and digital control systems are studied, as well as measurement methods and final control valves and actuators. PID (proportional plus integral plus derivative) control applications and programmable logic controllers are also studied. Modeling, measurement and control of mechanical, thermal, fluid, and electrical systems are investigated.
    ET
  

  • ET 460L - Automation Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): ET 400 , ET 400L 
    Co-requisite(s): ET 460 
    This lab is designed to study principles introduced and discussed in ET 460 . Lab procedures include introduction to the concepts of closed loop control, PLC (programmable logic controllers) programming, pneumatic logic and control applications, a study of frequency response in systems (Bode plots), and process loop tuning methods.
    ET
  

  • ET 490 - Power Engineering Technology

    Class Hours: 3, Units: 3
    Prerequisite(s): ET 344 , ET 350 , ET 350L 
    Co-requisite(s): ET 490L 
    A capstone course in engineering technology in which students apply the engineering fundamentals of previous thermodynamics and electrical machinery coursework to studies of combustion processes, combustion by-products and emission abatement and electrical distribution and transmissions systems commonly found in modern marine propulsion plants and the power industry. Additionally, through guest lecturer presentations and/or field trips, students will become familiar with renewable energy resources. As a research project, students will conduct an energy audit of a virtual facility and develop an engineering model for application of “green” technologies to improve energy efficiency and reduce the carbon footprint.
    ET
  

  • ET 490L - Power Engineering Technology Lab

    Lab Hours: 2, Units: 1
    Prerequisite(s): ET 344 , ET 350 , ET 350L 
    Co-requisite(s): ET 490 
    In the Power Laboratory, students will perform thermodynamic analyses of operating power generation equipment.
    ET

English and Communications
  

  • EGL 001 - Introduction to Composition

    Class Hours: 3, Units: 3
    Prerequisite(s): None
    Intensive practice in the basics of expository writing. The course stresses the grammar of sentences, punctuation, paragraph organization and development to help students write effective college-level English. Entering students are required to take a placement exam, regardless of what previous college English courses they have had, to determine whether this course is appropriate for them.
    CC or XL | Graded: A, B, C, NC
  

  • EGL 100 - English Composition

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 001  or EGL 105 , or passing score on EPT, or otherwise exempt from remediation.
    The theory and practice of expository writing, with particular emphasis on argumentation and persuasion. The course focuses on competence in reading, thinking and writing through the analysis and composition of expository prose. Also included is a research paper component introducing students to concepts of information fluency, logical fallacies, rhetorical strategies, and other research methods and practices. This course may not be challenged by examination.
    CC
  

  • EGL 105 - English as a Second Language

    Class Hours: 3, Units: 3
    Prerequisite(s): None
    Intermediate English as a Second Language course is required for all international students. The course is an alternative to the English course requirements for U.S. students. This course may substitute for EGL 001  for students whose primary language is not English.
    XL | Graded: A, B, C, NC
  

  • EGL 110 - Speech Communication (Csl)

    Class Hours: 3, Units: 3 Community Service Hours: 10
    Prerequisite(s): None
    This course teaches the basic principles of oral communication and public speaking and offers the opportunity to excel in these areas. It is designed to help students in occupational and social situations by improving self-expression, self-confidence, and selfunderstanding, while paying attention to the basic elements of organization and delivery. This class also has a community service learning component that allows students to join the CMA Toastmasters Club in order to refine their speaking skills and to learn the roles and formal duties of club officers.
    CC
  

  • EGL 185 - Study Abroad Elective

    CC
  

  • EGL 195 - Special Topics

    CC
  

  • EGL 200 - Introduction to Literature

    Class Hours: 3, Units: 3
    Prerequisite(s): None
    Involves the critical evaluation of literary techniques, elements, and theories. Students read and discuss an appropriate selection of poetry, fiction, and drama. Required oral and written assignments support students in the formulation and expression of logical thinking through argument and analysis.
    CC
  

  • EGL 220 - Critical Thinking

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 100 
    Introduces the use of critical thinking skills with emphasis on examining those structures or elements of thought implicit in all argumentation: deductive and inductive reasoning; logical fallacies; implications, assumptions, and consequences; denotative and connotative elements in language; and rhetorical modes and methods.
    CC
  

  • EGL 300 - Advanced Writing

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 100 , Junior Class Standing
    A writing proficiency course for students who do not pass the Graduate Writing Examination (GWE). Students must master four basic essay types and achieve a good grasp of mechanics, coherence, completeness and unity of thought in their writing. They are also taught to plan, organize, and proofread their writing, as well as arrange information in ways conducive to the promotion of good communication. By the end of the course, they are expected to have a thorough grasp of the grammatical, lexical and syntactical aspects of English and to write in a manner consistent with college graduation requirements, focusing on clarity, insightfulness and development of concepts.
    CC
  

  • EGL 305 - Twentieth-Century American Literature

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 220 
    A writing proficiency course for students who do not pass the Graduate Writing Examination (GWE). Students must master four basic essay types and achieve a good grasp of mechanics, coherence, completeness and unity of thought in their writing. They are also taught to plan, organize, and proofread their writing, as well as arrange information in ways conducive to the promotion of good communication. By the end of the course, they are expected to have a thorough grasp of the grammatical, lexical and syntactical aspects of English and to write in a manner consistent with college graduation requirements, focusing on clarity, insightfulness and development of concepts.
    CC
  

  • EGL 310 - U.S. Literature of the Sea

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 100  
    EGL 310 is a survey of those plays, poems and fiction produced in the United States which are shaped by, or specifically represent, the varied relationships of Americans to the seas. The objective of this course is to explore, analyze, and interrogate the way “the sea” has been represented by American writers in a variety of cultural texts. While the course is shaped around several themes-the sea as a site of exploration, romance, and adventure; the sea as a symbol of primal terror; and the sea as a space of commerce and recreation-special attention will be paid to how U.S. maritime literature constructs a national identity and advances or critiques the nation-building enterprise.
    CC
  

  • EGL 315 - World Literature of the Sea

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 100  
    EGL 315 is a survey of non-U.S. plays, poems and fiction which are thematically categorized by their maritime focus. The objective of this course is to explore, analyze, and interrogate the way “the sea” has been represented by international writers in a variety of cultural texts, with particular attention paid to the European and Caribbean traditions. While the course is shaped around several themes-the sea as a site of exploration, romance,
    CC
  

  • EGL 320 - Literature of the Fantastic

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 220  
    This course centers on the reading and analysis of quality supernatural fiction and defines literature of the fantastic in terms that the average student may comprehend and thus relate to, within the larger context of a true literary genre. The authors dealt with come from a wide range of ancient and modern writers (both Eastern and Western) whose works represent the patterns and uses of the supernatural as it functions in society. Several important issues raised by contemporary critical theory are also examined, such as reader-response, the relation between comedy and the fantastic as well as that between literature and madness, and the link between aesthetic experience and social context.
    CC
  

  • EGL 325 - Creative Writing

    Class Hours: 1-3, Units: 1-3
    Prerequisite(s): EGL 100 
    An introduction to creative writing, with an emphasis on aesthetics and self-expression rather than on publication. Mini- lectures define the elements of successful fiction and poetry; focused exercises provide practice in these elements; published models are examined for technique and structure. Credit varies depending on the amount of work accomplished by the student and the number of classes attended. Course meets a humanities elective requirement, depending on the units completed.
    CC
  

  • EGL 330 - Literature and Psychology

    Class Hours: 3, Units: 3
    Prerequisite(s): EGL 220  
    In this course students analyze how various psychological principles and theories may be applied to literary selections. Concepts to be covered include Jungian archetypes, especially the shadow; the Freudian Oedipus complex; and issues of human growth from childhood through adolescence and adulthood, including abuse; dysfunctional families; dreams and fantasies; the psychology of men and women, lust and love, death and dying. A research paper requires the student to apply psychological principles to a play or novel.
    CC
  

  • EGL 385 - Study Abroad Elective

    CC
  

  • EGL 390 - Independent Study

    CC
  

  • EGL 395 - Special Topics

    CC

Firefighting
  

  • FF 185 - Study Abroad Elective

    XL
 

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