Optimizing crew performance and resilience in submarine operations: Next generation fatigue management strategies for the future workforce

26 Mar 2025
Theatre 1
Submarines and Systems
  • Circadian-Based Scheduling and Environmental Adjustments: Aligning submariners' work periods with their natural biological rhythms and using adjustable lighting systems that mimic daylight can improve sleep quality, reduce fatigue, and enhance performance.
  • Biomathematical Modelling for Fatigue Management: Predictive modelling of sleep patterns and alertness helps optimize shift schedules, anticipate fatigue risks, and ensure tasks are assigned when crew members are most alert, minimizing fatigue-related errors.
  • Optimizing Human-Machine Interaction and Autonomy Teaming: Effective fatigue management enhances situational awareness, decision-making, and engagement with complex automated systems, which is crucial for efficient Human-Autonomy Teaming (HAT).
  • Retention and Recruitment Benefits: Implementing proactive fatigue management strategies can improve job satisfaction, reduce burnout, and make submarine service more appealing to potential recruits, ultimately enhancing long-term crew retention.
Chairperson
Tito Dua
Tito Dua, Business Development Manager, Undersea Division - Lockheed Martin
Speakers
Siobhan Banks
Professor Siobhan Banks, Director Behaviour-Brain-Body Research Centre - University of South Australia