Flight Safety and Human Factors
Flight Safety and Human Factors
To prevent any flight safety incidents involving property or life during flight, and to improve strategies after an accident to prevent recurrence, all research related to flight safety should be given due attention. This includes research in civil aviation, encompassing aircraft maintenance management, flight safety prevention, accident investigation, and flight operation environment assessment and analysis. Furthermore, research related to human factors in aviation is also included in this field, encompassing human factors engineering, aviation physiology, and psychology.
Related Courses or Research Papers:
Flight Safety
1. Course Introduction
2. Overview of Flight Safety Background
3. Civil Aviation Regulations
4. Aircraft Systems
5. Aircraft Maintenance
6. Flight Operations
7. Aviation Meteorology
8. Airfield Facilities
9. Air Traffic Control
10. Cabin Safety
11. Aviation Physiology
12. Human Factors
13. Flight Safety Management and Information
14. Flight Operations Quality Assurance System
15. Helicopter Principles and Flight Safety
Human factors in flight safety
1. Fundamental Human Factors Concepts
2. Flight Crew Training: CRM and LOFT
3. Training of Operational Personnel in Human Factors
4. Operational Implications of Automation in Advanced Technology Flight Decks
5. Ergonomics
6. Investigation of Human Factors in Accidents and Incidents
7. Human Factors in Air Traffic Control
8. Human Factors, Management and Organization
9. Human Factors in CNS/ATM system
10. Human Factors in Aircraft Maintenance and Inspection
Human Factors Engineering of Flight
Aviation Psychology (5 weeks)
1. Cognition in Aviation
2. Stress and its Management
3. Pilot Selection
4. Pilot Training
5. Special Topics
Aviation Physiology (5 weeks)
6. Flight Environment
7. Acceleration Physiology
8. Spatial Disorientation
9. Stress and its Management
10. Special Topics
Human Factors in Aviation (6 weeks)
11. Pilot Dynamics
12. Man-Machine Dynamics
13. Pilot-Involved Oscillation
14. Aircraft-Pilot Coupling
15. Attention Theory and Human Control
Aviation Accident Investigation Operations
1. Causes, Historical Background, and Relevant Domestic and International Regulations of Aircraft Accident Investigations
2. Domestic and International Flight Safety Environment and Analysis of Major Accidents Over the Years
3. Aircraft Accident Investigation Organization and Related Operating Procedures
4. International Accident Investigation Organization Procedures and Their Advantages and Disadvantages
5. The So-Called Black Box – A Brief Discussion of Cockpit Voice Recorders and Flight Data Recorders
6. Investigation Technique One – On-Site Investigation
7. Investigation Technique Two – Post-Accident Investigation
8. Investigation Technique Three – Report Writing
9. Case Studies of Go-Around Accidents – 1994 Nagoya Air Disaster and 1998 Ooen Air Disaster
10. Case Studies of Collisions – 1977 Spanish Airways 747 Collision with the Taina Green
11. Case Studies of Runway Incursions – 2000 Shinkansen Air Disaster
12. Case Studies of Repair Negligence – 1996 Value Jet Accident
13. Case Studies: Suspenseful Chapter – 1996 TWA Fuel Tank Explosion
14. Case Studies: Terrorist Atrocities Chapter – Southwest Airlines 737 Crash, Pan Am Lockerbie Explosion
Management Strategy Overview
1. Civil Aviation Development and Flight Safety History
2. Human Factors and Flight Safety
3. CRM – Cabin/Crew/Corporate/National Resource Management
4. Flight Operational Errors and Risk Management
5. Introduction to Flight Safety Information Systems
6. Overview of Online Flight Safety Management
7. The Secret of the Black Box – A Brief Discussion of the Principles and Applications of Various Data Recorders (CVR/FDR/QAR)
8. Flight Safety Management Strategy One – Flight Operations Quality Assurance (FOQA) & Flight Operations Data Analysis System (FODAS)
9. Flight Safety Management Strategy Two – Flight Operations Risk Assessment System (FORAS)
10. Flight Safety Management Strategy Three – Line Operation Safety Audit Program (LOSA)
11. Flight Safety Management Strategy Four – Procedural Event Analysis Tool (PEAT)
12. Flight Safety Management Strategy Five – Line Operations Monitoring System (LOMS)