Module Guide to 7035ENGMaritime and Offshore Safety AnalysisModule Leader: Professor Jin Wang Room 229A Tel: 0151 231 2445 Fax : 0151 231 2453 e-mail j.wangljmu.ac.ukLecTutSemPrtWrkFldOtherDeliv. TotExamPrivate StudyTot. Learning Hours241200000363111150Module leader:Prof. J. Wang Level:M Credit rating:20 Delivery mode:Semester long Prerequisites:NoneAims To enable students to understand and implement the requirements of formal safety design, assessment and review in marine, offshore and port areas.Learning Outcomes Carry out the analyses required for safety evaluation from both design and operation aspects. Balance the requirements of design for safety and management of safety. Specify how safety may be controlled. Carry out a formal safety assessment on both a qualitative and quantitative basis.After completing the module the student should be able to: Learning Activities:By a series of lectures and tutorials.Outline Syllabus:Introduction to safety and risk. Risk and safety regulations in marine engineering. Hazard identification techniques. Hazard analysis. Consequence analysis. Safety and risk evaluation. Safety based decision analysis. Human factors and safety management. Marine, offshore and port safety assessment.Indicative References:HSE (1993), Offshore Installations (Safety Case) Regulations, 0-11- 025689-X. Kuo, C (1998), Managing ship safety, ISBN 1-85978-841-6, LLP Ltd. The Institute of Marine Engineers (1997), Conference proceeding: marine risk assessment - a better way to manage your business, London. The Institute of Marine Engineering, Science and Technology (1999), New safety culture, ISBN 1-902536-09-6, IMarE Conference, Volume 110, 3. Andrews, J D, Moss, T R (2003), Reliability and risk assessment, Professional Engineering Publishing Limited, 2nd edition, ISBN: 1 86058 290 7. Pillay, A, Wang, J (2003), Technology and safety of marine systems, Elsevier (Ocean Engineering Book Series), 320 pages, ISBN: 0080441483. Wang J., Trbojevic V. (2008), Design for safety of marine and offshore systems, IMarEST, 403 pages, ISBN 1-902536-58-4.Assessment Details: 1 Examination: 70% 1 x 3 hours (4 from 6 calculation and essay questions) 1 Coursework: 30% assignment Weighting between E and CW: 70% and 30%Relationship between learning outcomes and assessment tasks:Minimum Pass Mark (%): 50CW (30%)Exam (70%)LO1LO2LO3LO4Module Notes: The module is designed to provide the underpinning knowledge and understanding to implement formal maritime safety case procedures.TopicsWeek NoWeek CommencingTopic NoContentFirst semester11Introduction to safety and risks. Major accidents in the shipping industry22Current status of safety analysis. Formal safety assessment of ships. 33Fault tree analysis43Fault tree analysis54 5Event tree analysis Design for safety65 6Design for safety Computerised fault tree analysis76Computerised fault tree analysis87Formal safety assessment techniques98A case study109 10 11 12Risk reduction and criteria ISM code Maintenance assessment. Human factors1113 14Risk-based verification Offshore pipeline inspection1215Novel safety analysis tools ReviewAssessment Self-assessment of your knowledge and backgroundQuestion 1 In a UK lottery game, there are 49 balls numbered 1, 2, .49 respectively. You pick up 6 numbers in a lottery game. If such 6 numbers match those of 6 “lucky” numbers selected, then you win the jackpot. What is the probability of winning the jackpot with 1 lottery ticket?What is the probability of getting 3 numbers right in a lottery game?Question 2In a marine diesel engine, how are cylinders and pistons cooled in operations?Question 3How is the course of a large ship altered? What is the range of propeller revolutions (RPM) in a large ocean-going ship ?Question 4To obtain your MSc degree, you need to pass both the taught part and the research part (MSc dissertation). Suppose the probability of passing your taught part and the probability of passing your research part are both equal to 50%. What is the probability of you obtaining your MSc degree?What is the probability of passing at least one of the two parts (i.e. the taught part, research part, or both)?Question 5What is dead-weight (dwt) of a ship? Question 6What is gross tonnage of a ship? Question 7Which mode of transportation is comparatively safer, train or flight?