Engine Room Team Management (ERTM)
Engine Room Team Management (ERTM)
Objectives:
The ERTM/ERRM course is based on the IMO Model Course 2.07 “Engine Room Simulator.” This course fulfills the training requirements for competencies stated in STCW 2010 A-III/1 (Manila amendments) part A of the STCW Code 2010, and Regulation III/1, Section A-III/1, Table A-III/1, and A&B-VIII/2. It provides a comprehensive understanding of engine room resource management, emphasizing leadership, managerial skills, and teamwork.
Scope of the Course:
This course aims to provide a fundamental understanding of engine room resource management. Participants will engage in leadership and team exercises, demonstrating their knowledge of leadership, managerial skills, and teamwork abilities.
Subject Areas:
- The System Approach: Understanding the integrated approach to managing engine room operations.
- Safety of Operations: Ensuring safe practices and procedures in engine room operations.
- Environmental Issues: Addressing and managing environmental impacts and regulations.
- Situational Awareness Management: Enhancing awareness of the operating environment to prevent accidents.
- Decision-Making: Developing effective decision-making skills in critical situations.
- Human Factors and Human Error: Understanding the impact of human factors on operations and how to mitigate errors.
- Crisis Management and Human Behavior: Managing crises effectively and understanding human behavior in emergencies.
- Risk Assessment and Risk Management: Identifying and managing risks to ensure safe operations.
- Leadership and Workload Management: Developing leadership skills and managing workloads efficiently.
- Identification of Breaking Error Chains: Recognizing and breaking error chains to prevent accidents.
- Efficient Use of Resources and Delegation: Optimizing resource use and delegating tasks effectively.
- Communications: Ensuring clear and effective communication within the team.
- Planning and Prioritizing: Planning operations and prioritizing tasks for optimal efficiency.
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