Course Overview
This course reviews the operational, physiological, aerodynamic, and emergency considerations associated with high-altitude flight. It covers hypoxia and other altitude-related physiological hazards, aircraft pressurization, decompression, oxygen equipment, high-altitude aerodynamics and performance, weather considerations, and practical decision-making during normal and abnormal operations.
Learning Objectives
By the end of this course, the trainee should be able to:
- Explain the physiological effects of reduced atmospheric pressure and oxygen availability at altitude
- Recognize the signs, symptoms, and operational risks of hypoxia
- Describe the purpose and limitations of aircraft pressurization and supplemental oxygen systems
- Recognize the hazards associated with rapid decompression and loss of cabin pressure
- Apply appropriate crew actions following a pressurization or oxygen-system abnormality
- Identify operational considerations associated with high-altitude flight, including weather, performance, and emergency descent planning
Course Content
The High Altitude Environment
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High Altitude Physiology and Hypoxia
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Pressurization, Oxygen, and Decompression
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High Altitude Aerodynamics and Aircraft Performance
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Emergency Procedures and Practical Scenarios
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High Altitude Operations Quiz
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