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Aerospace Engineering - Complete Aerodynamics Guide [2026]
Master the principles of aerodynamics, explore transonic flight, and design airfoils using professional aerospace tools.
5.04 reviews2,067 learners
- All Levels
- 7h 39m video
- 45 lectures
- English
- Captions
- Updated 2026
Taught by Natalia Raleva
- 7h 39m of on-demand video
- 45 lectures across 9 sections
- One-off payment — no subscription
- Lifetime access on web and mobile
- Closed captions (English)
Curriculum
9 sections45 lectures7h 39m total
- Definition of the Word Aerodynamics12:53
- Flying Principles and Aerostatics Principle10:13
- Aerodynamic and Inertial Flying Principles17:36
- Airplane Components and Usage17:03
- Aerodynamic Schemes10:43
- Coordinate Systems10:31
- Flight Dynamics: Forces and Moments15:31
- General Information for the Atmosphere11:31
- Viscosity and Viscous Flows13:30
- Air Compressibility and Mach Number10:11
- Branches of Aerodynamics10:46
- What is Transonic Flow?14:53
- Physical Properties of Transonic Fluids5:11
- Advanced Compressibility4:32
- Pressure Coefficient9:22
- Mach Waves and Shock Waves12:26
- 2D Airfoils11:31
- Compressibility Effects for Airfoils7:59
- Shock Waves on airfoils12:15
- Viscous Flows6:20
- Boundary Layers on Airfoils10:00
- Viscous Flow Effects on Airfoils6:57
- Shock-Induced Separation for Airfoils14:21
- Classification of the Aircrafts10:31
- Definition of Swept Wing4:49
- General Design Considerations20:04
- Application of Wing Sweep13:37
- Swept Wing Design Part 113:35
- Swept Wing Design: Part 29:04
- Swept Wing Performance7:35
- Military Swept Wing Design12:29
About this course
Step into the world of aerospace innovation with Aerospace Engineering – Complete Aerodynamics Guide, a comprehensive learning experience designed to build your mastery of the science of flight. Whether you are taking your first steps into aerospace engineering or advancing your technical expertise, this course will equip you with both the theoretical understanding and the practical skills needed to excel. This course bridges the gap between classroom theory and real-world application. You’ll explore how aerodynam…
Before you start
- No prior engineering or physics experience required—just curiosity and a willingness to learn.
- A computer with internet access for viewing lectures and using design software introduced in the course.
- (Optional) Basic familiarity with mathematics or physics may enhance understanding but is not essential.
Who it’s for
- Aspiring Aerospace Engineers: Students and early-career professionals looking to establish a strong foundation in aerodynamics.
- Engineering Professionals: Practicing engineers aiming to deepen their understanding of aerodynamic performance and design.
- Aviation & Space Enthusiasts: Individuals fascinated by flight and eager to explore the physics behind aircraft and spacecraft design.
- Complete Beginners: Learners with no prior background in engineering who want an approachable, step-by-step introduction to aerodynamics.
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