In a data-driven approach, hazards are identified and recorded through a systematic process
which allows for traceability and further analysis.
There are various types of recorded observations which may be used to identify hazards.
Sources for hazards identification can be Flight Data Monitoring (FDM), company audits,
staff surveys, hazard reports and others. Investigation and reports of past occurrences
may provide rich material as to existing hazards as well as, alternative to these, hazards which
may arise. For example, an occurrence report may identify the hazard of standing water
affecting the integrity of landing aid equipment at an airport, but through this report other
hazards which may affect this equipment may also be identified.
Furthermore, real-time and non real-time simulations may be used to identify likely hazards
and their interactions (Ref. 2 - FAA-EUROCONTROL Toolbox). Using simulation modelling it
may be easier to identify potential hazards and their potential outcomes.
In a data-driven approach, hazards are identified and recorded through a systematic processwhich allows for traceability and further analysis.There are various types of recorded observations which may be used to identify hazards.Sources for hazards identification can be Flight Data Monitoring (FDM), company audits,staff surveys, hazard reports and others. Investigation and reports of past occurrencesmay provide rich material as to existing hazards as well as, alternative to these, hazards whichmay arise. For example, an occurrence report may identify the hazard of standing wateraffecting the integrity of landing aid equipment at an airport, but through this report otherhazards which may affect this equipment may also be identified.Furthermore, real-time and non real-time simulations may be used to identify likely hazardsand their interactions (Ref. 2 - FAA-EUROCONTROL Toolbox). Using simulation modelling itmay be easier to identify potential hazards and their potential outcomes.
การแปล กรุณารอสักครู่..
