Introduction to Aerodynamics
( 24 Modules )

Module #1
Introduction to Aerodynamics
Overview of the field of aerodynamics, importance, and applications

Module #2
Fundamentals of Fluid Mechanics
Review of basic fluid mechanics concepts, including kinematics and dynamics of fluids

Module #3
Properties of Air
Introduction to the properties of air, including density, viscosity, and compressibility

Module #4
Aerodynamic Forces
Definition and explanation of lift, drag, and thrust forces

Module #5
Aerodynamic Coefficients
Introduction to lift, drag, and moment coefficients, and their importance in aerodynamics

Module #6
Airfoil Geometry
Introduction to airfoil shapes, including cambered and symmetrical airfoils

Module #7
Airfoil Characteristics
Analysis of airfoil characteristics, including lift and drag coefficients

Module #8
Wing Geometry
Introduction to wing shapes, including rectangular, tapered, and swept wings

Module #9
Wing Characteristics
Analysis of wing characteristics, including lift and drag coefficients

Module #10
Aerodynamic Analysis of Wings
Application of wing analysis to real-world problems

Module #11
Boundary Layers
Introduction to boundary layers, including laminar and turbulent flows

Module #12
Drag Reduction Techniques
Methods for reducing drag, including streamlined shapes and surface roughness

Module #13
Lift Enhancement Techniques
Methods for increasing lift, including winglets and vortex generators

Module #14
Aerodynamic Testing
Introduction to wind tunnels, flight testing, and other methods for aerodynamic testing

Module #15
CFD and Numerical Methods
Introduction to computational fluid dynamics and numerical methods in aerodynamics

Module #16
Aerodynamics of Airplanes
Analysis of aerodynamic characteristics of airplanes, including takeoff, cruise, and landing

Module #17
Aerodynamics of Rotorcraft
Analysis of aerodynamic characteristics of rotorcraft, including helicopters and drones

Module #18
Aerodynamics of Rockets and Missiles
Analysis of aerodynamic characteristics of rockets and missiles, including launch and re-entry

Module #19
Aerodynamics of Sailing and Boats
Analysis of aerodynamic characteristics of sailing vessels and boats

Module #20
Aerodynamics of Cars and Ground Vehicles
Analysis of aerodynamic characteristics of cars and ground vehicles, including drag reduction and downforce

Module #21
Aerodynamics of Sports
Analysis of aerodynamic characteristics in sports, including golf balls, footballs, and bicycles

Module #22
Wind Engineering and Architecture
Application of aerodynamics to wind engineering and architecture, including wind loads and building design

Module #23
Environmental Aerodynamics
Application of aerodynamics to environmental issues, including wind energy and air pollution

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Introduction to Aerodynamics career

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Introduction to Aerodynamics ( 24 Modules )

Introduction to Aerodynamics
( 24 Modules )