Bridge Resource Management Flashcards

What is Bridge Resource Management (BRM)?

Answer: A systematic approach to managing all bridge team resources to ensure safe navigation

BRM applies crew resource management principles to the bridge team, emphasizing effective communication, situational awareness, workload management, and teamwork to prevent maritime accidents.

What is situational awareness in the context of bridge watchkeeping?

Answer: Understanding the current navigational situation, threats, and how the situation may develop

Situational awareness means understanding the vessel's position, traffic, weather, navigational hazards, machinery status, and how these factors may change, enabling proactive decision-making.

What is the 'challenge and response' concept in BRM?

Answer: Junior officers are encouraged to respectfully challenge senior officers' decisions when safety is concerned

Challenge and response creates an environment where any bridge team member can respectfully question decisions or actions they believe may compromise safety, regardless of rank.

How should watch handover be conducted according to BRM principles?

Answer: Through a structured briefing covering vessel position, traffic, weather, orders, and any concerns

Proper watch handover includes a comprehensive briefing on vessel position, course, speed, traffic, weather, navigation plan, machinery status, standing orders, and any concerns before the relieving officer assumes the watch.

What is the role of the Electronic Chart Display and Information System (ECDIS) in modern bridge operations?

Answer: A primary navigation tool displaying electronic charts with vessel position, route, and safety information

ECDIS is an approved primary navigation system that displays electronic navigational charts integrated with GPS position, planned routes, and safety parameters, replacing paper charts on many vessels.

What are the dangers of automation complacency on the bridge?

Answer: Over-reliance on automated systems can reduce situational awareness and delay recognition of system failures

Excessive reliance on autopilot, ECDIS, and radar can lead to reduced vigilance, slower detection of hazards, and delayed response when automated systems malfunction or provide incorrect information.