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Course Criteria
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0.00 Credits
This is an advanced CAD course covering process piping fundamentals for facilities process piping systems. Typical pipe drawing concepts used in the preparation of existing conditions (As-Builts), Piping Arrangements, Process & Instrumentation Diagrams (P&I.D.), Isometrics and Specs for engineering. Introduction to 3D piping using Rhino. Prerequisite: None STCW: None
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0.00 Credits
Students examine the current state of fossil fuel power generation, the underlying principles of power generation alternatives, and the use of renewable energy resources. Topics include the regional, national, and global implications of pursuing available wind, solar, geothermal, and other non-fossil fuel alternatives. Prerequisite: Junior standing or permission of instructor STCW: None
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A design oriented course in which the student obtains experience in the application of engineering skills in the solution of various engineering problems. The course prepares the student for the Fundamentals of the Engineering (FE) exam. Prerequisite: Senior Engineering Standing STCW: None
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Students examine and analyze energy demands from a strategic operations perspective. Topics include the procurement of energy such as gas, oil, and electricity as commodities; the energy credit market; commercial versus residential issues; energy audits, conservation, and effi cient design; and the need for long range strategies. Financial and statistical analyses will be used to quantify specifi c examples. Prerequisite: IM-3131 STCW: None
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Provides minimum standard of competence in fi re prevention and fi re fi ghting. Instruction and practical training in the use of fi re extinguishers, hoses and self-contained breathing apparatus. Emphasis on the chemistry of a fi re and emergency evacuation. A component of Basic Safety Training; fi rst component of four year's training for Basic and Advanced Firefi ghting certifi cation (Table A-VI/3). Prerequisite: None STCW: Knowledge and Practical
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Second component of training for Basic and Advanced Firefi ghting certifi cation (Table A-VI-3). Instruction in fi re behavior, fi re attacks, personal protective equipment and fi refi ghting equipment on ship. Practical training on site at Massachusetts Fire Academy's Barnstable burn site. Prerequisite: FF-0102 STCW: Knowledge and Practical
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0.00 Credits
Third component of training for Basic and Advanced Firefi ghting certifi cation (Table A-VI-3). Instruction in fi re protection systems, fi re detection, main engine room fi res and fl ammable liquids and gases. Practical training on site at Massachusetts Fire Academy's Barnstable burn site. Prerequisite: FF-0102; FF-0104 STCW: Knowledge and Practical
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0.00 Credits
Fourth component of training for Basic and Advanced Firefi ghting certifi - cation (Table A-VI-3). Instruction in shipboard fi refi ghting tactical hazards, fi re party drills and organization and hazardous materials. Advanced practical training in the shipboard fi re simulator and maze station at Massachusetts Fire Academy's Stow site. Prerequisite: FF-0102; FF-0104; FF-0106 STCW: Knowledge and Practical
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0.00 Credits
Organizational behavior focuses on the diagnosis and improvement of human behavior at work, considering the interactions of three levels within organizations: the individual, the group and the organization itself. Students will study leadership, group dynamics, motivation, power, business ethics, organizational structure and change. Recognizing that the effective facilities manager needs both knowledge and experience, emphasis is placed on practical application of specifi c theories, models, cases, simulations, exercises and role plays to develop both a conceptual understanding of appropriate managerial behaviors in different contexts and the skills to undertake those activities. Prerequisite: Graduate Status STCW: None
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0.00 Credits
Covers in depth principles of fi nancial accounting and engineering economic analysis. Includes topics such as accounting statements; assets and liabilities; corporate fi nancial reporting; inventory valuation and cost procedures; investments (stocks, bonds, land, building, and equipment); evaluation of equipment, acquisition, use of, and depreciation; cash fl ow analysis; and budgetary control. Economic analysis techniques are used to evaluate alternatives for potential solution(s) to engineering problem(s). Measures such as present worth, annual worth, rate of return, and cost benefi t are considered. Economic analysis as a decision-making tool will be examined. Prerequisite: Graduate Status STCW: None
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