overview

This course is designed for individuals who want to develop a deep understanding of the fundamental principles of aircraft performance and flight mechanics. The course will cover the key aspects of aircraft performance, including lift, drag, thrust, and weight, and will examine the principles that govern the motion of aircraft in flight.

Course Duration: 28 Hours (8 hours e-learning)

Learning Objectives:

• Understand the principles of aircraft performance and flight mechanics
• Analyze aircraft performance using mathematical models
• Interpret and analyze flight data to evaluate aircraft performance
• Understand the impact of environmental factors on aircraft performance

Course Outline:

I. Introduction to Aircraft Performance (4 hours)

• Basic principles of flight
• Aircraft performance parameters
• Performance limitations

II. Aerodynamic Principles (6 hours)

• Lift and drag
• Thrust and weight
• Aircraft stability and control

III. Aircraft Performance Analysis (6 hours)

• Flight envelopes
• Climb and descent performance
• Range and endurance
• Takeoff and landing performance

IV. Flight Mechanics (4 hours)

• Equations of motion
• Aircraft response to control inputs
• Stability and control derivatives

V. Aircraft Performance Evaluation (4 hours)

• Performance monitoring
• Flight data analysis
• Performance optimization

VI. Environmental Factors (4 hours)

• Atmospheric conditions
• Aircraft icing
• High-altitude operations
• Engine performance in different conditions

E-Learning Activities (8 hours)

• Online lectures and presentations
• Interactive quizzes and assignments
• Discussion forums and group projects
• Flight simulation exercises

Assessment Methods:

• Online quizzes and assignments (30%)
• Group project (30%)
• Flight simulation exercise (40%)