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McGraw-Hill Professional Publishing
Commercial Aviation Safety, Sixth Edition / Edition 6

Commercial Aviation Safety, Sixth Edition / Edition 6

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Up-To-Date Coverage of Every Aspect of Commercial Aviation Safety

Completely revised edition to fully align with current U.S. and international regulations, this hands-on resource clearly explains the principles and practices of commercial aviation safety—from accident investigations to Safety Management Systems. Commercial Aviation Safety, Sixth Edition, delivers authoritative information on today's risk management on the ground and in the air. The book offers the latest procedures, flight technologies, and accident statistics. You will learn about new and evolving challenges, such as lasers, drones (unmanned aerial vehicles), cyberattacks, aircraft icing, and software bugs. Chapter outlines, review questions, and real-world incident examples are featured throughout.

Coverage includes:

• ICAO, FAA, EPA, TSA, and OSHA regulations
• NTSB and ICAO accident investigation processes
• Recording and reporting of safety data
• U.S. and international aviation accident statistics
• Accident causation models
• The Human Factors Analysis and Classification System (HFACS)
• Crew Resource Management (CRM) and Threat and Error Management (TEM)
• Aviation Safety Reporting System (ASRS) and Flight Data Monitoring (FDM)
• Aircraft and air traffic control technologies and safety systems
• Airport safety, including runway incursions
• Aviation security, including the threats of intentional harm and terrorism
• International and U.S. Aviation Safety Management Systems

Product Details

ISBN-13: 9781259641824
Publisher: McGraw-Hill Professional Publishing
Publication date: 05/08/2017
Edition description: Student
Pages: 560
Sales rank: 610,429
Product dimensions: 7.50(w) x 9.40(h) x 1.40(d)

About the Author

Stephen Cusick, J.D., is an Associate Professor in the College of Aeronautics and the Director of the FAA Center of Excellence for General Aviation at the Florida Institute of Technology in Melbourne, Florida. He is an experienced pilot with Commercial, Multiengine, Instrument and Helicopter flight ratings from FAA. He is engaged in aviation safety research in a variety of areas including Drone Safety, Aircraft Loss of Control in Flight, Helicopter Operations, Airport Runway Incursions, Fatigue Risk Management, and Aviation Safety Management Systems. He is a former U.S. Navy Captain, flight instructor, and Naval Aviator. During his legal career he served as an attorney with the U.S. Navy General Counsel and as corporate counsel serving high technology aerospace companies. He is a frequent consultant and speaker in the area of Aviation Safety. He is a recipient of the General Dynamics Award for Aviation Excellence.

Antonio Cortes, Ph.D., is the Associate Dean of the College of Aviation and an Associate Professor of Applied Aviation Sciences at Embry-Riddle Aeronautical University in Daytona Beach, Florida. He previously served as the Chair of the Applied Aviation Sciences Department and has taught Airline Operations, Airport Safety, Accident Investigation, Crew Resource Management, and Safety Management Systems. His research has included expectation bias in airline pilots, using flight data to measure precursors to loss of control in-flight and human performance, simulation of tactile ground icing inspections, and airline pilot training success measures. He has experience as an air safety investigator, FOQA/ASAP manager, airline pilot, and U.S. Air Force pilot and safety officer. His recognitions include the FAA Distinguished Service Award for safety, the NASA Honor Award for research in human factors, and the U.S. Air Force General Tunner Award for outstanding flight crew performance.

Clarence Rodrigues, Ph.D., is an Associate Professor of Mechanical Engineering, Program Coordinator for the Graduate Degree in Health, Safety and Environment (HSE) Engineering, and HSE Manager (acting) for PI operations, at the Petroleum Institute, the education and R&D division of the Abu Dhabi National Oil Company. Prior to his current employment, he was a tenured, full-professor in the college of aviation and the program chair for the BS in Safety Degree program at Embry-Riddle Aeronautical University (ERAU) in Daytona Beach, Florida. Before joining ERAU, he was on the safety department’s faculty at the Indiana University of Pennsylvania (IUP) and he was also an OSHA consultant for the State of Pennsylvania. Prior to the above, he was Campbell Soup Company’s worldwide engineering manager for ergonomics and system safety. While Engineering Manager at Campbell Soup, he also held an adjunct faculty appointment at The University of Pennsylvania’s systems engineering department. He is also an HSE consultant and has authored or co-authored numerous publications, including the 4th and 5th Edition of “Commercial Aviation Safety”. He is a US professional engineer (PE), a certified safety professional (CSP), and a certified professional ergonomist (CPE), who has conducted professional work in the USA, United Arab Emirates (UAE), Kuwait, Canada, England, India, Malaysia, Mexico and Scotland.

Table of Contents

Chapter One. Introduction to Commercial Aviation Safety
Learning Objectives
What Is Risk?
Safety Philosophy
Safety Ethics
Safety vs. Security
Tenerife Accident
Aviation Safety History
Significant Aviation Accidents
Measuring Safety
Reactive, Proactive, and Predictive Safety
ASRS Examples
Flight Operations
Air Traffic Control
Ramp Operations
Cabin Crew
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Two. Why Do Accidents Happen?
Learning Objectives
Determining the Causes of Accidents
Complex Problems Do Not Have Simple Solutions
Active Causes vs. Root Causes
Case Study: West Caribbean Airways Accident
Case Study: Skid Airways Hypothetical
Using Models to Understand Accident Theory
Reason’s “Swiss Cheese” Model
Shell Model
5-Factor Model
The Element of Luck
Case Study: Air France Flight 4590
Findings and Causes
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Three. Humans As the Challenge
Learning Objectives
Philosophy of Human Error
Who Is The Ace?
Human Factors
Error Chains
Is “Pilot Error” A Myth?
Cognitive Error
Situational Awareness (SA)
Human Performance
Fitness for Duty
Communication Issues
Humans and Automation
Human Factors Analysis and Classification System (HFACS)
ASRS Examples
Flight Crew Distraction
Flight Crew Fatigue
Flight Crew Incapacitation
Flight Crew Subtle Incapacitation
Maintenance Miscommunication
Air Traffic Control Deviation
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Four. Humans As the Solution
Learning Objectives
Professionalism in Aviation
Achieving Peak Individual Performance
Empowered Accountability
Crew Resource Management (CRM)
Evolution of CRM Principles
Central Theme of CRM
Proof of CRM Effectiveness
CRM Pyramid Model
Leadership and Followership for Safety
Ten Key Actions of Capable Safety Leaders
Five Key Actions of Effective Safety Followers
Transcockpit Authority Gradient (TAG)
Communicating for Safety
Coordinating for Safety
Shared Situational Awareness (SSA)
Aeronautical Decision Making (ADM)
The Impact of Culture
Case Study: Jetblue Flight
ASRS Examples
Ramp Operations: Example of Disregard for Authority
Flight Crew: Example of Steep Transcockpit Authority Gradient
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Five. The Role of Government
Learning Objectives
International Civil Aviation Organization (ICAO)
Background: The Chicago Convention
ICAO Organization
ICAO Rulemaking
New ICAO Annex 19, Safety Management
ICAO Worldwide Safety Ratings
The Federal Aviation Administration (FAA)
FAA Organization
FAA Safety Inspection Program
FAA Rulemaking
Airworthiness Directives
Example of FAA Rulemaking Process: The ATP-CTP
Recent FAA Regulatory Developments
Occupational Safety and Health Administration (OSHA)
OSHA Organization
OSHA Rulemaking
OSHA Standards Affecting Aviation Operations: Examples
The Environmental Protection Agency (EPA)
EPA Organization and Major Offices
EPA Rulemaking
Major Environmental Laws Affecting Aviation
ASRS Example
Pilot Warns About Fatigue
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Six. Reactive Safety
Learning Objectives
Why Investigate?
International Accident Investigation
ICAO’s Role
Regional and National Authorities
Recent Major International Investigation
National Transportation Safety Board
NTSB Mission
NTSB Organization
Office of Aviation Safety
Office of Administrative Law Judges
Accident Investigation Process
Party Process
The Go-Team
Accident Site
Accident Report Preparation
Public Hearing
Final Accident Report Preparation
Safety Recommendations
Investigating a General-Aviation Accident
Family Assistance and the Transportation Disaster Assistance Division
FAA Responsibilities During an Investigation
NTSB Accident Databases and Synopses
NTSB Most Wanted Aviation Safety Improvements
NTSB Most Wanted List for 2017–2018
Case Study: Spanair Flight 5022 Accident
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Seven. Proactive Aviation Safety
Learning Objectives
Flight Operational Quality Assurance (FOQA)
Aviation Safety Action Program (ASAP)
Aviation Safety Reporting System (ASRS)
Line Operations Safety Audit (LOSA)
Advanced Qualification Program (AQP)
Aviation Safety Information Analysis and Sharing (ASIAS)
General Industry (OSHA) Recording and Reporting Systems
OSHA Form 300: Log of Work-Related Injuries and Illnesses
OSHA Form 301: Injury and Illness Incident Report
OSHA Form 300A: Summary of Work-Related Injuries and Illnesses
Open Government Initiative (Transparency in Government)
Environmental Recording and Reporting
Other Environmental Reporting Requirements
Control of Air Pollution from Aircraft and Aircraft Engines
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Eight. Aircraft Safety Systems
Learning Objectives
Jet Engine Development
Recent Developments in Jet Engine Design
Long-Range Commercial Jet Transport Era
High-Lift Systems
Stopping Systems
Structural Integrity
Cabin Safety
Safety Design for Atmospheric Conditions
Wind Shear
Volcanic Ash
Ice and Precipitation
Flight Deck Human–Machine Interface
Early Flight Deck Development
Flight Deck: Boeing 757/767 and Boeing 747-400
New Flight Deck Enhancements
Crew Alerting Systems
Aircraft Communications Addressing and Reporting System
Flight Management System
Multiple Flight Control Computers
Central Maintenance Computer System
Modeling, Design, and Testing Tools
Computational Fluid Dynamics (CFD)
Wind-Tunnel Benefits
Flight Simulation
Flight Test
Accident/Incident Investigation
Control Strategies to Manage Threats and Errors
Airbus and Boeing Design Strategies
Flight Deck Standardization
Flight Deck Automation and Precision Navigation
Newer Aircraft Technologies
Weather Detection
Communication and Navigation Systems
Flight Deck Displays
Head-Up Displays (HUDs)
Electronic Flight Bags (EFBs)
Next-Generation Flight Operations
ASRS Examples
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Nine. Designing Airports for Safety
Learning Objectives
Airport Certification
Airport Certification Classification
Airport Certification Manual (ACM): FAA AC No. 150/5210-22
Operational Safety
Airport Terminal Buildings
Hangars and Maintenance Shops
Ramp Operations
Specialized Airport Services
Runway Incursions
Airport Surface Environment
Types of Airport Surface Events
Control Strategies and Future Initiatives
Runway Excursions
ASRS Examples
Ramp Surfaces
Pesky Ground Vehicles
Runway Incursion
Case Study: PSA Airlines Flight
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Ten. Air Traffic Safety Systems
Learning Objectives
Major Milestones of ATC History
Basic Components of the ATC System
Airspace Classification
ATC Services
Performance-Based Navigation (PBN)
GPS Enhancements
Wide Area Augmentation System
Advantages of Satellite-Based Navigation
Terminal Automation Modernization and Replacement (TAMR)
Update on FAA NextGen Backbone Programs
Airport Surface Detection Equipment, Model X (ASDE-X)
Departures and Arrivals
En Route and Oceanic Operations
Unmanned Aircraft Systems Revolution
FAR Part 107: The Small Uas Rule (Faa Safety Briefing)
Flying Drones Commercially
Impact to Air Traffic Control
ASRS Examples
Air Traffic Control Tower
Air Route Traffic Control Center
Case Study: The 2006 Midair Collision Over Brazil
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Eleven. Safety Data
Learning Objectives
Aviation Accident and Safety Statistics
Manufacturers’ Involvement with Safety Data
Boeing’s Accident Statistical Summary
United States’ Statistics
Global Statistics
Occupational Accident Statistics—Department of Labor, Bureau of Labor Statistics (BLS)
North American Industry Classification System (NAICS)
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Twelve. Managing Safety
Learning Objectives
Evolution of SMS
ICAO Annex 19: Consolidation of SMS Standards
Structure of SMS: Four Components (Pillars of SMS)
Component #1: Safety Policy
Component #2: Safety Risk Management
Incident and Accident Investigation
Role of Unions
Component #3: Safety Assurance
Safety Performance Indicators
Audits and Inspections
Component #4: Safety Promotion
Safety Training and Education
Safety Communication
How To Implement SMS: A Phased Approach
Future Challenges
ASRS Examples
Maintenance Procedures and Fuel System Malfunction
Boeing 757 Stall Warning System Fault
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Thirteen. Protection from Intentional Harm (Security)
Learning Objectives
Review of Attacks on Civil Aviation
Regulatory Movement
International Response to Terrorism
Evolution of Aviation Security in the United States
Transportation Security Administration
TSA Regulations
Role of Intelligence
National Counterterrorism Center
Department of Homeland Security
Review of Security Technologies
Imaging Technologies
Explosive Trace Detection Technology
Explosive Detection Systems (EDSs)
Metal Detectors
Biometrics and Future Checkpoint Systems
Strengthening Aircraft and Baggage Containers
Cockpit Door Reinforcement
ASRS Examples
Security Procedures
Cabin Crew
Key Terms
Review Questions
Suggested Reading
Web References
Chapter Fourteen. The Future of Commercial Aviation Safety
Learning Objectives
Air Traffic Management
Airspace Utilization
Unmanned Aircraft Systems (UAS)
Commercial Space Vehicles
Oceanic Tracking
Surface to Air Missiles
Aircraft Design
Aircraft Icing Prevention
Software Safety and Cybersecurity
Human Performance and Reliability
Psychological Fitness for Duty
Safety Management Systems
SMS Variable Interdependencies
Fusing Proactive Data Streams
Training New Accident Investigators
Enhancing the Depth of Academic Education
Artificial Intelligence
Recent Advances
Situational Scenario
Key Terms
Review Questions
Suggested Reading
Web References

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