Marine accident investigation: is there a common approach to communication as a contributing factor to maritime casualties?
Abstract
Learning from casualty investigations is a requisite to effect maritime safety and marine environment protection. Moreover, it helps improve training. Communication at sea is a broad concept, as it includes exchanges within the ship's bridge, among crew members, as well as between crew members and pilots, together with ship-to-ship and ship-to-shore conversations. Communication takes place in various contexts, from routine ship operations, such as pilotage, to emergency situations, such as Search and Rescue (SAR). Communication is a human capability that entails both technical and non-technical skills. Technical skills can be evaluated, but non-technical skills are more challenging for appraisal. In addition, ships operate in a highly dynamic environment which makes information retrieval far more difficult than for an operator seated in an office ashore. How do casualty investigators break down miscommunication as a contributor to maritime accidents? What do they look for? Do they evaluate deviations? Is there consistency among investigation bodies in this regard? This study aims to better understand how casualty investigation agencies identify, label and frame failures in communication, and whether there is a common approach to communication across casualty investigation agencies.
Keywords: Maritime, Communication, Accident, Investigation
DOI: 10.54941/ahfe1007890
Cite this paper
More from this volume
- Characteristics of Changes in Body Composition Measurements Among Japanese Alpine Skiers
- The Role of Fatigue Risk Management Systems (FRMS) in the Implementation of Human -AI teaming in the Aviation Ecosystem.
- Human Factors Analysis and Classification System (HFACS) Applications in Transportation Human Factors: Review Study
- Implementation of human teaming in aviation industry: The Turkish Airlines case study
- Training Challenges in Human -AI Teaming in Aviation
- Implementation of Human - AI teaming in the Single Pilot Operations Era.
- The role of workforce planning in the implementation of Human - AI Teaming in Transportation
- The Role of Safety Management Systems (SMS) in the implementation of Human - AI teaming in Aviation Ecosystem.
- Assessing Signal Detection Performance Under Operational Fatigue in Air Traffic Controllers
- Action-Oriented Pilot Training
- The Gold and the Failed Results of Artificial Intelligence in Aviation
- Cognitive reinforcement for aircrew coordination with autonomous collaborative platforms in next-generation fighters


AHFE Open Access