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PPL Human Factors

PPL Human Factors

Product information

$249NZD

One-time payment

1 Year of Full Access

What you'll get

  • Evidence‑based techniques for reducing pilot error
  • Exam‑style quizzes
  • Vision, hearing, and spatial orientation explained clearly
  • Interactive elements

This course is intended solely for the purchaser and may not be copied, printed, redistributed, or shared with others. Read full licence

Description

Human Factors is the subject that decides whether a technically capable pilot stays safe, and it is examined far more deeply than most students expect. This course treats it as the discipline it is: understanding how your own body and mind perform in the cockpit, where they let you down, and what to do about it.

You will start with the physiology of flight, learning how the body responds as you climb. Hypoxia, hyperventilation, trapped gases and decompression sickness are each covered in plain terms, and just as importantly you learn how to recognise each one in yourself and respond before it becomes dangerous. From there the course moves into the senses that keep you oriented, vision, hearing and balance, and the illusions that regularly mislead even experienced pilots, so you understand why "trust your instruments" is more than a slogan.

The second half is about fitness to fly and good airmanship under pressure. You will study stress, fatigue and sleep, the effects of alcohol, drugs and even blood donation, the changes that come with ageing, and the environmental hazards of the flight deck. You then build the cognitive skills the modern syllabus puts front and centre: information processing, situational awareness, judgement and decision making, threat and error management, and crew and resource management, before finishing with practical survival and first aid.

Throughout, the course uses real-world examples and exam-style questions mapped to the NZ CAA Human Factors syllabus, so you cover exactly what ASPEQ examines. Every module ends with a review quiz, the course closes with a full final assessment, and every answer comes with a complete explanation. You will not just pass the Human Factors exam, you will understand the limits you are flying with.

Pre-requisites

  • None

Course Overview

  • Free

    1. Introduction

  • Free

    2. Syllabus

  • 3. Webinar - (Monthly)

  • Free

    1. Introduction

  • Free

    2. Human Factors in Aviation

  • Free

    3. Importance in Aviation

  • Free

    4. Disiplines

  • Free

    5. Exercise

  • Free

    6. Airmanship

  • Free

    7. Foundations of Airmanship

  • Free

    8. Pillars of Knowledge in Airmanship

  • Free

    9. Capstone Outcomes

  • Free

    10. Human Factors Programmes

  • Free

    11. Exercise

  • Free

    12. The Shell Model

  • Free

    13. Summary

  • Free

    14. Review

  • Free

    1. Introduction

  • Free

    2. The Atmosphere

  • Free

    3. Atmosphere Layers

  • Free

    4. Composition of the Atmosphere

  • Free

    5. Atmospheric Pressure

  • Free

    6. Pressure and Altitude

  • Free

    7. Summary

  • Free

    8. Review

  • 1. Introduction

  • 2. Respiratory System

  • 3. Respiratory Anatomy Exercise

  • 4. Understanding Breathing

  • 5. Anatomy of the Circulatory System

  • 6. The Heart

  • 7. Create your own Heart

  • 8. Blood and Blood Vessels

  • 9. Circulation

  • 10. Summary

  • 11. Review

  • 1. Introduction

  • 2. Lack of Oxygen

  • 3. Oxygen Pressure

  • 4. Oxygen and The Bloodstream

  • 5. Causes

  • 6. Symptoms

  • 7. Reflection Exercise

  • 8. Effects

  • 9. Prevention

  • 10. Risk Factors

  • 11. Time of Useful Conciousness

  • 12. Treatment

  • 13. Summary

  • 14. Review

  • 1. Introduction

  • 2. Defining Hyperventilation

  • 3. Triggers & Causes

  • 4. Triggers Exercise

  • 5. Warning Signs

  • 6. Management & Treatment

  • 7. Hyperventilation vs Hypoxia

  • 8. Summary

  • 9. Review

  • 1. Introduction

  • 2. Defining Entrapped Gasses

  • 3. Causes & Warning Signs

  • 4. Effects on the Body

  • 5. Summary

  • 6. Review

  • 1. Introduction

  • 2. What is Decompression Sickness?

  • 3. Causes

  • 4. Symptoms

  • 5. Prevention

  • 6. Treatment

  • 7. Flying and Diving

  • 8. Summary

  • 9. Review

  • 1. Introduction

  • 2. The Eye's Essential Anatomy

  • 3. How We See

  • 4. Photo Receptors

  • 5. Visual Limitations and Challenges

  • 6. Exercise

  • 7. Dark Adaptation and Night Vision

  • 8. Sunglasses

  • 9. Empty Field Myopia

  • 10. Visual Search Techniques

  • 11. See and Avoid

  • 12. Visual Cues

  • 13. Exercise

  • 14. Visual Illusions

  • 15. Autokinesis

  • 16. Flicker Vertigo

  • 17. Break-off Phenomenon

  • 18. Black hole Phenomenon

  • 19. False Horizon

  • 20. Relative Motion

  • 21. Fog, Haze and Dust

  • 22. Optical Characteristics of the Windshield

  • 23. Sloping Terrain and Visual Perception

  • 24. Visual Perception and the Approach

  • 25. Summary

  • 26. Review

  • 1. Introduction

  • 2. The Ear

  • 3. Hearing

  • 4. Noise

  • 5. Hearing Loss

  • 6. Hearing Loss Mitigation

  • 7. Presbycusis

  • 8. Pressure Effects

  • 9. Medical Effects

  • 10. Summary

  • 11. Review

  • 1. Introduction

  • 2. What is Spatial Orientation

  • 3. Orientation Organs

  • 4. Physiology and Interactions

  • 5. Spatial Illusions

  • 6. The Leans

  • 7. Somatogravic Illusion

  • 8. Somatogyral Illusion

  • 9. Coriolis Effect

  • 10. Pressure Vertigo

  • 11. Exercise

  • 12. Preventing Disorientation

  • 13. Summary

  • 14. Review

  • 1. Introduction

  • 2. G Forces

  • 3. Positive Accelerations

  • 4. Positive Accelerations - Circulatory system

  • 5. Positive Accelerations - Vision

  • 6. Positive Accelerations - Consciousness

  • 7. Negative Accelerations

  • 8. Negative Accelerations - Circulatory system

  • 9. Negative Accelerations - Vision

  • 10. Negative Accelerations - Consciousness

  • 11. Mitigation

  • 12. Summary

  • 13. Review

  • 1. Introduction

  • 2. Motion Sickness

  • 3. Summary

  • 4. Review

  • 1. Introduction

  • 2. Flight Anxiety

  • 3. Passenger Anxiety

  • 4. Pre-Flight Preparation

  • 5. Environmental Prevention

  • 6. Communication Prevention

  • 7. Summary

  • 8. Review

  • 1. Introduction

  • 2. Fitness to Fly

  • 3. Pilot Responsibilities

  • 4. Medicals

  • 5. When to tell your Medical Examiner

  • 6. IMSAFE

  • 7. Pregnancy

  • 8. Pilot Performance

  • 9. Arterial Disease

  • 10. Blood Pressure

  • 11. Diet

  • 12. Exercise

  • 13. Obesity

  • 14. Smoking

  • 15. Respiratory

  • 16. Gastroenteritis

  • 17. Neurological Factors

  • 18. Emotional Factors

  • 19. Dehydration

  • 20. Summary

  • 21. Review

  • 1. Introduction

  • 2. Alcohol's Impact

  • 3. Rules & Restrictions on Alcohol Consumption

  • 4. Effects of Drugs

  • 5. Medication

  • 6. Illegal/Recreational Drugs

  • 7. Summary

  • 8. Review

  • 1. Introduction

  • 2. Body's Response to Blood Donation

  • 3. Recommended Intervals

  • 4. Summary

  • 5. Review

  • 1. Introduction

  • 2. Carbon Monoxide

  • 3. Sources of Exposure

  • 4. Detecting CO

  • 5. Eliminating CO

  • 6. Aviation Fuel

  • 7. Lubricating Oils

  • 8. Hydraulic Fluids

  • 9. Summary

  • 10. Review

  • 1. Introduction

  • 2. Understanding Stress

  • 3. Stress Model

  • 4. Arousal and Performance

  • 5. Environmental Stressors

  • 6. Acute vs Chronic Stress

  • 7. Effect of Stress

  • 8. Personal Stress Response

  • 9. Stress and Fatigue

  • 10. Summary

  • 11. Review

  • 1. Introduction

  • 2. Understanding Sleep

  • 3. Alertness Managerment

  • 4. Sleep Disorders

  • 5. Understanding Fatigue

  • 6. Causes and Effects of Fatigue

  • 7. Recognising Fatigue

  • 8. Summary

  • 9. Review

  • 1. Introduction

  • 2. Sensory Changes

  • 3. Physical Changes

  • 4. Sleep Patterns

  • 5. Cognitive Functioning

  • 6. Self Awareness and Adaptation

  • 7. Summary

  • 8. Review

  • 1. Introduction

  • 2. Human Senses

  • 3. Information Processing Model

  • 4. Types of Memory

  • 5. Memory Limitations

  • 6. Retention Methods

  • 7. Perception

  • 8. Summary

  • 9. Review

  • 1. Introduction

  • 2. Defining Situational Awareness

  • 3. Threats and Warning Signs

  • 4. Maintaining Situational Awareness

  • 5. Summary

  • 6. Review

  • 1. Introduction

  • 2. Hazardous Attitudes

  • 3. Exercise

  • 4. Exercise

  • 5. Error Chain

  • 6. Decision Making Concepts

  • 7. Decision Making Models

  • 8. Factors Influencing Decisions

  • 9. Personal Limitations

  • 10. Get-Home-Itis

  • 11. Enhancing Decision Skills

  • 12. Summary

  • 13. Review

  • 1. Introduction

  • 2. Maintenance and Weather Resources

  • 3. Air Traffic Control and Pilot Resources

  • 4. Crew Resource Management and Communication

  • 5. Summary

  • 6. Review

  • 1. Introduction

  • 2. Human Error in Aviation

  • 3. Types of Threats

  • 4. The Reason Model

  • 5. Threat Management Strategies

  • 6. Summary

  • 7. Review

  • 1. Introduction

  • 2. Elements of Safety Culture

  • 3. Why Reporting Matters

  • 4. Mandatory Incident Reporting

  • 5. Just Culture in practice

  • 6. Negligence vs Recklessness

  • 7. Building effective reporting

  • 8. Punitive Sanctions

  • 9. Summary

  • 10. Review

  • 1. Introduction

  • 2. Design Principles

  • 3. Position and Layout

  • 4. Colour and Illumination

  • 5. Parallax Error

  • 6. Three Pointer Altimeter Errors

  • 7. Alerts and Their Essentials

  • 8. Decoding Color Conventions

  • 9. Summary

  • 10. Review

  • 1. Introduction

  • 2. Why Checklists Matter

  • 3. Normal vs Emergency Checklists

  • 4. Critical Phases of Flight

  • 5. Understanding Checklist Complacency

  • 6. Consequences of Complacency

  • 7. Summary

  • 8. Review

  • 1. Introduction

  • 2. Basic Principles of First Aid

  • 3. DRS ABCS

  • 4. Understanding CPR (Cardiopulmonary Resuscitation)

  • 5. Summary

  • 6. Review

  • 1. Introduction

  • 2. Preflight Passenger Briefing

  • 3. Passenger Briefing Techniques

  • 4. Post-Crash Management Basics

  • 5. Priorities of Survival

  • 6. Survival Equipment

  • 7. Understanding Hypothermia

  • 8. Summary

  • 9. Review

  • 1. Practice Exam

Frequently Asked Questions

What does this course cover?
The full NZ PPL Human Factors syllabus across 32 topics: aviation physiology (hypoxia, hyperventilation, trapped gases, decompression sickness), the senses and illusions (vision, hearing and balance, spatial disorientation, G-forces), fitness to fly (stress, fatigue, alcohol, and medication), and the psychology of flying (information processing, situational awareness, decision-making, threat and error management, and resource management). It finishes with survival and first aid.
Do I need any prior knowledge?
No. The course starts from first principles and builds to exam depth, so it suits first-time PPL students as well as licensed pilots wanting a refresher.
How long does it take?
It's fully self-paced. Most students finish in roughly 2 to 8 days including the quizzes, and you can move faster or slower to suit your schedule.
Is it aligned to the NZ CAA syllabus?
Yes. Every topic maps to the NZCAA PPL Human Factors syllabus and the ASPEQ examination, so you study exactly what's examinable and nothing is left to guesswork.
How does it prepare me for the exam?
Each topic ends with exam-style questions and worked explanations, and the course includes a comprehensive practice exam drawn from a bank of over 1,000 sample questions that mirror the ASPEQ format. You can sit realistic mock exams until you're consistently passing.
How long do I have access, and do I get updates?
You get a full year of access from enrolment, and enrolled students receive ongoing content updates at no extra cost as the syllabus and best practice evolve.