- Teacher: Arturo Briones
Available courses
The maritime environment presents unique challenges when it comes to emergency preparedness and crowd management. Confined spaces, the potential for rapid-onset incidents like fires or flooding, and the inherent isolation of being at sea demand a highly structured and rigorously practiced approach. From passenger vessels carrying thousands to smaller cargo ships with limited crew, the safety of everyone on board hinges on effective planning, training, and the ability to execute emergency procedures swiftly and efficiently. This handbook addresses the critical aspects of shipboard emergency preparedness and crowd management, focusing on the specific considerations of this unique environment.
The Importance of Shipboard Emergency Preparedness and Crowd Management
The ability to anticipate, prepare for, and effectively manage emergencies at sea is paramount for several reasons:
- Preservation of Life at Sea: The primary objective is, without question, the preservation of life. In a maritime emergency, rapid and coordinated action is crucial to minimize casualties and ensure the safe evacuation of passengers and crew.
- Mitigation of Maritime Hazards: Ships face a range of specific hazards, including collisions, groundings, fires, flooding, and severe weather. Effective preparedness helps mitigate the impact of these events, protecting both lives and the vessel itself.
- Compliance with International Regulations: International Maritime Organization (IMO) conventions, such as the International Convention for the Safety of Life at Sea (SOLAS), establish mandatory requirements for shipboard emergency preparedness, including drills, training, and equipment. Compliance is not only a legal obligation but also a fundamental aspect of maritime safety.
- Protection of the Marine Environment: Maritime emergencies can have devastating consequences for the marine environment. Preparedness measures aim to prevent or minimize pollution and other environmental damage.
- Maintaining Public and Industry Confidence: A strong safety record is essential for maintaining public trust in the maritime industry and for the commercial success of shipping companies.
Legal and Ethical Considerations in the Maritime Context
Shipboard emergency awareness and crowd management are governed by a robust legal and ethical framework:
- International Maritime Law: SOLAS and other IMO conventions set the global standards for maritime safety, including requirements for emergency plans, training, and equipment. Flag state regulations also play a significant role.
- Company Policies and Procedures: Shipping companies are responsible for developing and implementing their own safety management systems (SMS), which must comply with international and national regulations.
- Master's Authority and Responsibility: The Master of the vessel has ultimate authority and responsibility for the safety of everyone on board. This includes overseeing emergency response and ensuring that procedures are followed.
- Ethical Duty to Seafarers and Passengers: Ship operators have an ethical obligation to provide a safe working and traveling environment for seafarers and passengers, respectively. This includes providing adequate training, equipment, and support in emergency situations.
Scope and Objectives of this Module
This module is designed to provide a practical guide to shipboard emergency preparedness and crowd management. It aims to equip students with the knowledge and skills necessary to:
- Understand the specific challenges of human behavior in maritime emergencies.
- Implement effective leadership and communication strategies in a shipboard context.
- Execute robust crowd control and management procedures during musters and evacuations.
- Become thoroughly familiar with shipboard life-saving appliances and control plans.
- Effectively assist passengers and crew during musters and embarkation.
- Conduct organized and efficient mustering procedures in accordance with SOLAS requirements.
This module is specifically tailored for the maritime environment and draws upon the relevant IMO regulations, best practices, and lessons learned from past incidents. By understanding and applying the information presented, readers will be better prepared to protect lives, prevent maritime disasters, and ensure the safety and well-being of all those on board.
- Teacher: Marvin Balancio
- Teacher: Ambrocio Casaclang jr
- Teacher: Marvin Balancio
- Teacher: Ambrocio Casaclang jr
- Teacher: Marvin Balancio
- Teacher: Ambrocio Casaclang jr
- Teacher: Marvin Balancio
- Teacher: Ambrocio Casaclang jr
- Teacher: Marvin Balancio
- Teacher: Ambrocio Casaclang jr
- Teacher: Marvin Balancio
- Teacher: Ambrocio Casaclang jr
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Agripino Sarmiento
- Teacher: Marvin Balancio
- Teacher: Ambrocio Casaclang jr
- Teacher: Marvin Balancio
- Teacher: Rogelson Alexis Paiso
- Teacher: Marvin Balancio
- Teacher: Rogelson Alexis Paiso
Provide knowledge and understanding of various
computer software applications in data processing and networking used on board
ships. Enables diagnosis and rectify common computer issues and relates the
fundamentals of cyber security management shipping operations.
- Teacher: Marvin Balancio
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This course introduces the topics: SUCH AS; TAKING OVER AND HANDING OVER AN ENGINEERING WATCH, PERFORMING ENGINEERING WATCH DURING EMERGENCY SITUATIONS, EFFECTIVE HANDLING OF EMERGENCY SITUATIONS DURING ENGINE WATCHKEEPING, EFFECTIVE ENGINE ROOM OPERATIONS PLANNING, EFFECTIVE DECISION-MAKING TECHNIQUES, APPLICATION OF WACTHKEEPING PRINCIPLES IN TAKING, PERFORMING AND HANDING OVER OF WATCH, ROLE OF ENGINE ROOM PUBLICATIONS IN AN EFFECTIVE ENGINE WATCHKEEPING, ACCOMPLISHMENT OF ENGINE ROOM LOGBOOKS AND DOCUMENTS AND ENGINE ROOM PUBLICATION UTILIZATION AND RECORD KEEPING.
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This course introduces the topics: SUCH AS; TAKING OVER AND HANDING OVER AN ENGINEERING WATCH, PERFORMING ENGINEERING WATCH DURING EMERGENCY SITUATIONS, EFFECTIVE HANDLING OF EMERGENCY SITUATIONS DURING ENGINE WATCHKEEPING, EFFECTIVE ENGINE ROOM OPERATIONS PLANNING, EFFECTIVE DECISION-MAKING TECHNIQUES, APPLICATION OF WACTHKEEPING PRINCIPLES IN TAKING, PERFORMING AND HANDING OVER OF WATCH, ROLE OF ENGINE ROOM PUBLICATIONS IN AN EFFECTIVE ENGINE WATCHKEEPING, ACCOMPLISHMENT OF ENGINE ROOM LOGBOOKS AND DOCUMENTS AND ENGINE ROOM PUBLICATION UTILIZATION AND RECORD KEEPING.
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This course introduces the topics: SUCH AS; TAKING OVER AND HANDING OVER AN ENGINEERING WATCH, PERFORMING ENGINEERING WATCH DURING EMERGENCY SITUATIONS, EFFECTIVE HANDLING OF EMERGENCY SITUATIONS DURING ENGINE WATCHKEEPING, EFFECTIVE ENGINE ROOM OPERATIONS PLANNING, EFFECTIVE DECISION-MAKING TECHNIQUES, APPLICATION OF WACTHKEEPING PRINCIPLES IN TAKING, PERFORMING AND HANDING OVER OF WATCH, ROLE OF ENGINE ROOM PUBLICATIONS IN AN EFFECTIVE ENGINE WATCHKEEPING, ACCOMPLISHMENT OF ENGINE ROOM LOGBOOKS AND DOCUMENTS AND ENGINE ROOM PUBLICATION UTILIZATION AND RECORD KEEPING.
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This course introduces the topics: SUCH AS; TAKING OVER AND HANDING OVER AN ENGINEERING WATCH, PERFORMING ENGINEERING WATCH DURING EMERGENCY SITUATIONS, EFFECTIVE HANDLING OF EMERGENCY SITUATIONS DURING ENGINE WATCHKEEPING, EFFECTIVE ENGINE ROOM OPERATIONS PLANNING, EFFECTIVE DECISION-MAKING TECHNIQUES, APPLICATION OF WACTHKEEPING PRINCIPLES IN TAKING, PERFORMING AND HANDING OVER OF WATCH, ROLE OF ENGINE ROOM PUBLICATIONS IN AN EFFECTIVE ENGINE WATCHKEEPING, ACCOMPLISHMENT OF ENGINE ROOM LOGBOOKS AND DOCUMENTS AND ENGINE ROOM PUBLICATION UTILIZATION AND RECORD KEEPING.
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This course introduces the topics: SUCH AS; TAKING OVER AND HANDING OVER AN ENGINEERING WATCH, PERFORMING ENGINEERING WATCH DURING EMERGENCY SITUATIONS, EFFECTIVE HANDLING OF EMERGENCY SITUATIONS DURING ENGINE WATCHKEEPING, EFFECTIVE ENGINE ROOM OPERATIONS PLANNING, EFFECTIVE DECISION-MAKING TECHNIQUES, APPLICATION OF WACTHKEEPING PRINCIPLES IN TAKING, PERFORMING AND HANDING OVER OF WATCH, ROLE OF ENGINE ROOM PUBLICATIONS IN AN EFFECTIVE ENGINE WATCHKEEPING, ACCOMPLISHMENT OF ENGINE ROOM LOGBOOKS AND DOCUMENTS AND ENGINE ROOM PUBLICATION UTILIZATION AND RECORD KEEPING.
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This course introduces the topics: SUCH AS; TAKING OVER AND HANDING OVER AN ENGINEERING WATCH, PERFORMING ENGINEERING WATCH DURING EMERGENCY SITUATIONS, EFFECTIVE HANDLING OF EMERGENCY SITUATIONS DURING ENGINE WATCHKEEPING, EFFECTIVE ENGINE ROOM OPERATIONS PLANNING, EFFECTIVE DECISION-MAKING TECHNIQUES, APPLICATION OF WACTHKEEPING PRINCIPLES IN TAKING, PERFORMING AND HANDING OVER OF WATCH, ROLE OF ENGINE ROOM PUBLICATIONS IN AN EFFECTIVE ENGINE WATCHKEEPING, ACCOMPLISHMENT OF ENGINE ROOM LOGBOOKS AND DOCUMENTS AND ENGINE ROOM PUBLICATION UTILIZATION AND RECORD KEEPING.
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This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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- Teacher: Estrada Ludencio
This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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- Teacher: Estrada Ludencio
This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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- Teacher: Estrada Ludencio
This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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- Teacher: Dante Yadao
This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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- Teacher: Bernardo Lomibao
This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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- Teacher: Bernardo Lomibao
This
course deals with the functions Marine Engineering at the Operational and Management Levels. The course provides
students with the knowledge, understanding and proficiencies to be able to Operate main and auxiliary machinery and
associated control systems, operate fuel, lubrication, ballast, and other
pumping systems and associated control systems. This includes monitoring, preparation, and
securing, major components and functions of auxiliary machineries in accordance
with established safety and anti-pollution protocols during operations
- Teacher: Manuel Tamondong
Typically,
the gas turbine is an internal combustion rotary engine, and the most widely
known example is the jet aircraft engine. Today the gas turbine engine is a
widely used source of propulsive thrust and mechanical power in both aircraft
and industrial applications.
This
course introduces the gas turbine engine, including operation. You will learn the:
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Basic Construction and Operation
Principles of Marine Gas Turbine
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Types and parts of Gas Turbine Engines
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Shafting Installations and Propeller
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Propeller Parameters
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Types of Propellers
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Propeller Geometric Data
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Marine Power Transmission
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Marine Propulsion Plant and Operating Procedures
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Gas Turbine Maintenance Procedures
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Watchkeeping Procedures
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This course introduces the topics: SUCH AS; TAKING OVER AND HANDING OVER AN ENGINEERING WATCH, PERFORMING ENGINEERING WATCH DURING EMERGENCY SITUATIONS, EFFECTIVE HANDLING OF EMERGENCY SITUATIONS DURING ENGINE WATCHKEEPING, EFFECTIVE ENGINE ROOM OPERATIONS PLANNING, EFFECTIVE DECISION-MAKING TECHNIQUES, APPLICATION OF WACTHKEEPING PRINCIPLES IN TAKING, PERFORMING AND HANDING OVER OF WATCH, ROLE OF ENGINE ROOM PUBLICATIONS IN AN EFFECTIVE ENGINE WATCHKEEPING, ACCOMPLISHMENT OF ENGINE ROOM LOGBOOKS AND DOCUMENTS AND ENGINE ROOM PUBLICATION UTILIZATION AND RECORD KEEPING.
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- Teacher: Manuel Tamondong
This
course introduces the three auxiliary machineries used onboard such as; purification
systems, maintenance and troubleshooting, refrigeration systems, its
maintenance and troubleshooting, air-conditioning and ventilation system and
their maintenance and troubleshooting and steering gear system.
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- Teacher: Bernardo Lomibao