Our fatigue models incorporate sleep deprivation, circadian rhythm, sleep inertia, workload and job attention. Their outputs include charts and metrics relating to fatigue, sleep behaviours, circadian acclimatisation, and risk.
The platform hosting the model algorithms may be connected to any scheduling systems for automatic data transfer or used alone for planning, education, fatigue report analysis and investigation of incidents and accidents. A data analytics package is available for reporting and management.
Our targeted biomathematical models have been studied and developed using real world data sets to derive fatigue and risk algorithms specific for different occupations. Frequent validation studies continue to demonstrate their maturity and relevance.
Underpinned by our bespoke, validated algorithms, we have created a suite of models specific to different occupational groups. Our models have been co-developed with aviation industry regulators, rail regulators and those responsible for oversight for all health and safety activities.
Effective fatigue management techniques in aviation can serve as a valuable model for maintaining vigilance and ensuring patient safety in healthcare. By collaborating and communicating efficiently, we can proactively mitigate errors and raise caregiving standards with confidence.
Is there a difference between fatigue and tiredness or are they different terms used to describe the same thing?
