Marine engineering broadly refers to the engineering of boats‚ ships‚ oil rigs and any other marine vessel or structure. Specifically‚ marine engineering is the discipline of applying engineering sciences‚ mostly mechanical and electrical engineering‚ to the development‚ design‚ operation and maintenance of watercraft propulsion and on-board systems; e.g. power and propulsion plants‚ machinery‚ piping‚ automation and control systems etc. for marine vehicles of any kind like surface ships‚ submarines
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Engineering ethics in practice: a guide for engineers Engineering ethics in practice: a guide for engineers © The Royal Academy of Engineering ISBN 1-903496-73-X August 2011 Published by The Royal Academy of Engineering 3 Carlton House Terrace London SW1Y 5DG Tel: 020 7766 0600 www.raeng.org.uk Registered Charity Number: 293074 This is an abridged version of a full guide available online at: www.raeng.org.uk/ethicsinpractice Contents 1 2 Foreword and introduction Accuracy and rigour
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involved public speaking‚ to a flamboyant leader and colleague. I conquered those fears to now become the Project Coordinator for the GRA (Ghana Revenue Authority) and GCNET E-Government project. My engineering degree has given me a strong foundation for my analytical and technical skills. A Computer Engineering degree involves complex and intricate calculations and the application of basic math skills. I am interested in factors that affect the competitive performance of a business‚ and the manner in
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Leadership development: Case for analysis -Sales engineering division When DGL International‚ a manufacturer of refinery equipment‚ brought in John Terrill to manage its sales engineering division‚ company executives informed him of the urgent situation. Sales engineering‚ with 20 engineers‚ was the highest paid‚ best educated‚ and least productive department. The instructions to Terrill: Turn it around. Terrill called a meeting of engineers. He showed great concern for their personal welfare and
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09/18/12 Introduction to Engineering Design Engineering design is the process of devising a system‚ component‚ or process to meet desired needs. It is a decision-making process (often iterative)‚ in which the basic science and mathematics and engineering sciences are applied to convert resources optimally to meet a stated objective. Engineering Design Process The engineering design process is the formulation of a plan to help an engineer build
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Discuss the Importance of Documentation in Professional Engineering Jiahao QIAN （A1622061） Introduction Documentation is documents with information‚ provided on paper or other material for people to read to transit certain information from one person to another. Such as tenders‚ instruction books‚ on-line helps. Discussion Every people access documentation commonly in life‚ teaching‚ studying‚ marketing‚ requiring. As for professional engineers‚ documentations are also used in every part of
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When it comes to engineering‚ building‚ and designing something that will be used by humans‚ safety is the most important step in the entire process. It should be taken very seriously by all who are involved in a project‚ but the engineers should be the ones who double‚ triple or even quadruple check safety issues. Mainly the engineers because it is in their code and law of ethics and safety is the first Canon on the list‚ “Hold paramount the safety‚ health‚ and welfare of the public.” (NSPE‚ 2012)
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Monographs in Engineering Education Excellence University of South Carolina College of Engineering and Information Technology Gateway Engineering Education Coalition Edward Ernst‚ University of South Carolina‚ Monographs Editor A Continuous Quality Improvement System: An On-going Assessment Process within the College of Engineering and Information Technology at U.S.C. Susan D. Creighton Edward W. Ernst Joseph H. Gibbons Charles W. Brice Francis A. Gadala-Maria Jed
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Table of Contents Glass’ Law 3 Example 3 Boehm’s first law 3 Example 4 Boehm’s second law 4 Example 4 Davis’ law 5 Waterfall model 5 Spiral Model 7 Waterfall model with Glass’ Law 8 Waterfall model with Boehm’s First Law 9 Waterfall model with Boehm’s Second Law 9 Waterfall model with Davis Law 10 Spiral model with Glass Law 10 Spiral model with Boehm’s First Law 11 Spiral model with Boehm’s Second Law 11 Spiral model with Davis’ Law 11 Waterfall Model 12 Examples where
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Hydraulics Prof. B.S. Thandaveswara 9.3 Application of Specific Force and Specific Energy 1. Determine the energy Loss in a NHJ Solution: Applying Momentum equation γQ ( V2 − V1 ) = P1 − P2 g γ Q 2 ( y1 − y 2 ) gb 2 y1y 2 2 2 2 = y1 − y 2 ( ) Q2 2gb Q2 b 2 = ( y1 + y2 ) y1y2 4 = q2 q 2 ( y1 + y 2 ) y1y 2 = (1) 2g 4 Specific energy equation y1 + V12 V2 = y 2 + 2 + ∆E 2g 2g Q2 2 2gy1 b 2 ∆E = y1 + − y2 − Q2 2 2gy 2 b 2 1 ⎤ q2 ⎡ 1 ∆E = ( y1 − y
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