Fatigue Risk Management FRM_ Introduction — Part-147 | ALL4JETS

Fatigue Risk Management FRM_ Introduction

Введение

The course is intended for all those working in aviation who are responsible for managing the risk of fatigue. The course begins with an introduction to the science of fatigue and alertness management, and then describes PART-ORO’s requirements for FRM, how aviation operators manage fatigue risk, and how to develop a FRM system. 

It also describes the predictive, reactive and proactive FRM processes that an operator can establish to collect and track fatigue data. 

The course is highly interactive with an emphasis on learning through discovery and discussion. Includes incident investigation, fatigue report reviews, discussions and assignments. 

Предпосылки

Participants are asked to bring a laptop to the course in order to gain access to training materials (materials will be made available only in electronic form).

Целевая группа

Safety managers, safety analysts, FSAG members, FRM trainers and instructors, FRM auditors, accountable managers.

Цели обучения

Learn about FRM science, the relevant PART-ORO regulations, the elements of fatigue risk management and the processes (predictive, proactive, reactive) used to identify, measure, reduce and manage the risk of fatigue in the organization.

Сфера

  • crew and management responsibilities in fatigue management;
  • basics of fatigue, including basics of sleep and effects of disturbances in the circadian cycle; 
  • causes of fatigue; 
  • fatigue impact on capability;
  • anti-fatigue measures;
  • lifestyle  impact on fatigue;
  • sleep disorders and their possible treatments;
  • impact of long-range operations and heavy short-range operations on individuals;
  • the impact of operating across multiple time zones and across multiple time zones; 
  • Part-ORO regulations on FRMs; 
  • predictive, reactive and proactive FRM processes; 
  • collecting data of fatigue (both subjective and objective) to broaden the FRM system;
  • schedule-induced fatigue indicators; 
  • fatigue safety performance indicators;
  • use of fatigue reporting systems and implementation of measures to mitigate effects of fatigue;
  • content and implementation of the fatigue training program.

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