Fatigue Risk Management Systems (FRMS) for Maintainers

Course Overview

This course offers aviation maintenance professionals essential knowledge on the causes, consequences, and control of fatigue in the workplace. Grounded in scientific research and regulatory guidance, it explores how fatigue affects human performance, safety, and operational effectiveness. Through real-world case studies, human factors analysis, and practical strategies, learners will gain the tools needed to recognize fatigue-related risks and implement effective fatigue risk management systems (FRMS) within their organizations.

Learning Objectives

• Define fatigue and understand its physiological and operational implications.
• Analyze the scientific foundations of sleep, circadian rhythms, and fatigue recovery.
• Recognize the role of human factors in maintainer fatigue and error susceptibility.
• Navigate FAA fatigue-related Advisory Circulars and regulations.
• Understand and implement Fatigue Risk Management Systems (FRMS) in maintenance settings.
• Explore strategies for fatigue mitigation and integration into Safety Management Systems (SMS).

Course Modules

Module 1: Introduction to Fatigue

• What is Fatigue?
• What are the Causes of Fatigue?
• Fatigue in Aviation Maintenance
• How Fatigue Affects Maintainers' Performance
• The Relationship Between Fatigue and Safety in Aviation
• Case Study: ValuJet Accident in Florida – Fatigue as a Contributing Factor

Module 2: The Scientific Principles for Fatigue Management

• Understanding Sleep Science
• Sleep Loss and Recovery
• Circadian Effects on Sleep and Performance
• Case Study: Air India Express Flight 812 – Sleeping Pilot Tragedy

Module 3: Human Factors for Maintainers

• Definition of Human Factors and Their Relevance to Maintainer Fatigue
• Key Elements of Human Factors in Aviation
• Common Risks Associated with Human Factors
• Human Factors Frameworks:
  • SHELL Model
  • Reason’s Swiss Cheese Model
  • PEAR Model
• Case Study: BAC 1-11 Blowout Incident – Human Factors Chain Reaction

Module 4: Regulatory Framework and Guidance

• Overview of AC No: 120-115 – Maintainer Fatigue Risk Management
• Other Related Advisory Circulars:
  • AC 117-2: Fatigue Education and Awareness Training Program
  • AC 117-3: Fitness for Duty
  • AC 120-100: Basics of Aviation Fatigue
  • AC 120-103: Fatigue Risk Management Systems for Aviation Safety

Module 5: Fatigue Risk Management System (FRMS) Overview

• What is FRMS?
• Benefits of Implementing FRMS
• Key Components of a Robust FRMS
• Application of FRMS in Aviation Maintenance

Module 6: Fatigue Management and Mitigation in Aviation Maintenance

• How to Reduce Fatigue in Maintenance Operations
• Strategies to Reduce Fatigue-Related Errors
• Progressive Restrictions in Maintenance Tasks as a Countermeasure

Module 7: FRMS Integration in Safety Management Systems (SMS)

• Relationship Between FRMS and SMS
• Guiding Principles for Implementing FRMS Within Existing SMS Structures
• Organizational Commitment and Leadership in FRMS Implementation
• Best Practices in FRMS: Hours of Service (HOS) Limits

Who Should Attend?

• Maintenance Personnel (Part-145 & CAMO)
• Quality & Compliance Managers
• Fatigue Risk Managers & Safety Officers
• Training Coordinators
• Human Factors Specialists
• Regulatory Affairs Professionals

Final Assessment & Certification

Upon completion, participants will take a final assessment to demonstrate their understanding. A Certificate of Completion will be awarded to those who meet the passing criteria.

• Mode: Online
• Course Duration: 90 Minutes
• Validity: 365 days
• We carefully evaluate the candidates taking up this course. Email us at info@academyaviationonline.com and share your interest in taking up this course.