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Developing behavioural markers of high-speed workboat crews' competencies.

Mikko Lehtimäki^1,2, Anna-Maria Teperi³

¹University of Vaasa doctoral programme, Vaasa, Finland.

International Journal of Occupational Safety and Ergonomics : JOSE

|May 22, 2025

Summary

This study identifies key behavioral markers for high-speed workboat crew performance in cockpit operations, enhancing maritime safety and efficiency. These findings improve crew performance and inform future safety-critical system development.

Keywords:

behavioural markers cockpit work high-speed workboats human factors maritime safety

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Area of Science:

Maritime Safety
Human Factors Engineering
Operational Efficiency

Background:

Identified need for enhanced understanding of crew performance in high-speed workboat cockpit operations.
Current maritime practices require improved crew coordination and decision-making for safety.
Existing research lacks specific behavioral markers for effective maritime cockpit work.

Purpose of the Study:

To define competencies, structured as behavioral markers, for excellent high-speed workboat crew performance.
To promote maritime safety and operational efficiency through improved crew behavior.
To establish a validated taxonomy of behavioral markers for maritime cockpit work.

Main Methods:

Content analysis of existing aviation standards, human factor models, and maritime knowledge.
Development of a behavioral marker taxonomy based on established principles.
Validation of the behavioral markers using observational data from actual cockpit work.

Main Results:

The study defined behavioral markers across eight key competency areas for workboat crews.
Validated markers effectively modeled crew behaviors in cockpit operations.
The research provides a foundation for assessing and improving crew performance.

Conclusions:

The defined behavioral markers contribute to enhanced crew and operative performance and safety.
Findings support the development of improved socio-technical systems in maritime environments.
Further research is recommended to support cockpit and bridge crews in safety-critical maritime settings.