SIMULATION BASED EMERGENCY RESPONSE TRAINING
Подготовка к реагированию на чрезвычайные ситуации на основе моделирования
2016-06-15
SCID: 54.1/2arvurk3
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PISCES IImaritime accident simulationmaritime simulatorsoil spill responsesimulation-based emergency response training
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Abstract (AI)
Advanced simulators are rapidly becoming educational and research necessities at maritime school, a tool that has come to replace time onboard ship, bring stakeholders together on research projects, and evaluating emergency situations. This particular paper suggests some possibilities simulation offers when maritime accidents and/or incidents have already occurred. Although proper simulation training provides an accessible introduction to background theories through the realistic operations of the simulator, at the same time it can provide a means of introducing students to applications regarding current crises. This paper will demonstrate how simulators (ship handling, communication, cargo handling, terminal, vessel traffic service and engine room) can, together with the Potential Incident Simulation Control and Evaluation System (PISCES II), form valuable tools for education, training and real situation response when major pollution at sea is a threat or already exists. In this particular case the very realistic scenario of an oil spill is created.
Key Findings
1
Advanced maritime simulators can supplement onboard experience for education, research collaboration, and emergency-situation evaluation.
2
Integrating these simulators with the Potential Incident Simulation Control and Evaluation System (PISCES II) enables realistic oil-spill emergency scenarios.
3
Ship-handling, communication, cargo-handling, terminal, vessel-traffic-service, and engine-room simulators can support education, training, and real-time response to major marine pollution threats.
4
Simulation-based training connects theoretical instruction with realistic operational applications, including responses to current maritime crises.
5
The approach demonstrates simulation as a practical tool for preparing stakeholders to manage maritime accidents and incidents involving oil pollution.
Research Object
Maritime emergency-response simulators and the PISCES II system applied to oil-spill scenarios at sea
Research Subject
Their use for education, training, and real-situation response to major marine pollution, particularly oil spills
Publication Details
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2016-06-15
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