Lesson 8.1 – Aeronautical Decision Making (ADM), Human Factors & CRM
Aeronautical Decision Making (ADM) is the systematic process pilots use to decide the best course of action in any given situation. It is closely linked to human factors and Crew Resource Management (CRM). These topics are heavily tested on the Private Pilot knowledge exam and are essential for safe flying.
Reference:
FAA Pilot’s Handbook of Aeronautical Knowledge (PHAK), Chapter 2 – Aeronautical Decision Making
FAA Risk Management Handbook
FAA Advisory Circular on CRM / Single-Pilot Resource Management
ADM is a continuous, structured process that includes:
Recognizing hazardous attitudes
Assessing risk
Using all available resources
Evaluating the outcome of decisions
Anti-authority – “Don’t tell me.” → Follow the rules; they are usually right.
Impulsivity – “Do it quickly.” → Not so fast. Think first.
Invulnerability – “It won’t happen to me.” → It could happen to me.
Macho – “I can do it.” → Taking chances is foolish.
Yes — the FAA officially uses the word “Macho”. It is one of the five hazardous attitudes listed in the Pilot’s Handbook of Aeronautical Knowledge (PHAK), Chapter 2, and in other FAA training materials.
The exact wording used by the FAA is:
Macho: “I can do it.”
Antidote: “Taking chances is foolish.”
Resignation – “What’s the use?” → I’m not helpless. I can make a difference.
PAVE Checklist (preflight risk assessment):
Pilot
Aircraft
enVironment
External pressures
IMSAFE Checklist (pilot fitness):
Illness
Medication
Stress
Alcohol
Fatigue
Emotion / Eating
3P Model: Perceive → Process → Perform
Human factors examine how pilots interact with the aircraft, the environment, and each other. Most accidents involve some form of human error. Common human-factor issues include:
Fatigue and stress
Distraction and channelized attention
Complacency
Poor communication
Loss of situational awareness
Overconfidence or under-confidence
Recognizing these factors in yourself and others is a core part of safe decision making.
CRM was originally developed for multi-crew airline operations. The same principles apply to single-pilot flying and are called Single-Pilot Resource Management (SRM).
Key CRM / SRM techniques:
Use all available resources (ATC, Flight Service, checklists, automation, passengers if appropriate, and your own knowledge).
Maintain situational awareness at all times.
Communicate clearly and assertively when needed.
Manage workload — prioritize and avoid task overload.
Make decisions early rather than waiting until options disappear.
Continuously evaluate whether the current plan is still safe.
Even when flying alone, you are still managing resources. Treat the airplane, the radios, the weather information, and your own mental state as part of your “crew.”
Know the five hazardous attitudes and their antidotes.
Be able to apply PAVE and IMSAFE.
Understand that most accidents involve human factors.
CRM/SRM means using all available resources and maintaining situational awareness.
Good ADM is a continuous process of perceiving, processing, and performing.
1. Which of the five hazardous attitudes is characterized by the thought “It won’t happen to me”?
A. Impulsivity
B. Invulnerability
C. Macho
D. Resignation
2. The PAVE checklist is used primarily to:
A. Assess pilot medical fitness
B. Identify risks during preflight planning
C. Calculate weight and balance
D. File a VFR flight plan
3. What does the “S” in the IMSAFE checklist stand for?
A. Situational awareness
B. Stress
C. Speed
D. Systems
4. Single-Pilot Resource Management (SRM) emphasizes:
A. Flying only with a co-pilot
B. Using all available resources even when flying alone
C. Avoiding the use of automation
D. Ignoring external pressures
5. A pilot who continues a flight into deteriorating weather because “I’ve handled worse before” is most likely displaying which hazardous attitude?
A. Anti-authority
B. Resignation
C. Invulnerability
D. Impulsivity
Answer Key:
B
B
B
B
C
Links:
Intro to Aviation & Airplanes
Airfoils, Lift & Angle of Attack
Stalls, Critical Angle of Attack & Spin Awareness
Primary Flight Controls & the Three Axis
Stability, Controllability & Adverse Yaw
Engine Instruments & System Monitoring
Pilot Certification & Privileges
Medical Certificates & BasicMed
Flight Rules (Part 91 Highlights)
Airport Marking, Signs, & Lighting
Traffic Patterns & Airport Operations
Special Use Airspace & Other Airspace Areas
Airport Facility Directory & Chart Reading
The Atmosphere & Atmospheric Pressure
Airmasses, Fronts & Weather Patterns
Thunderstorms, Turbulence, Icing & Other Hazards
Weather Reports, Forecasts & Charts
Common Weak Areas & How to Fix Them
Private Pilot Privileges & Limitations
Lesson 11.2
Currency Requirements
Medical Certification & Basic Med After the Check ride
Continuing Education & Proficiency
Engine Failure & Forced Landings
In-Flight Fires & Electrical Problems
System and Instrument Failures