Free Aircraft Design Course

Aircraft Design and Aerodynamics

Beginner level 3.0 learning hrs

Aircraft design starts with what the aircraft needs to carry and how far it must fly. Enroll in this free aircraft design course to see how that mission guides choices about the wing, engine, and overall layout.

Stand out with an industry-recognized certificate

Start learning

10,000+ certificates claimed, get yours today!

Get noticed by top recruiters

Share on professional channels

Globally recognised

Land your dream job

Skills you will gain

Aircraft Design Process

Aerodynamic Analysis

Airfoil Selection

Performance Sizing

Constraint Diagrams

Layout Design

+6 More

Key Highlights

Get free course content

Master in-demand skills & tools

Test your skills with quizzes

About this course

In this free aircraft design course, you begin with a mission instead of a finished aircraft. You learn how payload and range become requirements, then consider how wing shape, weight, and available thrust affect the design. Aerodynamics lessons explain why reducing drag or changing wing loading can influence performance. These trade-offs help you see why a promising choice for one mission may suit another less well.

As the design becomes more detailed, you look at where the engine, landing gear, and control surfaces fit. Structural lessons introduce load paths and material choices so you can understand how the aircraft carries forces as well as passengers or cargo. The final lessons cover validation through analysis and testing before certification and manufacturing. This foundation helps beginners follow the reasoning behind an aircraft layout and decide which engineering area to study further.

Stand out with an industry-recognized certificate

Start learning

10,000+ certificates claimed, get yours today!

Get noticed by top recruiters

Share on professional channels

Globally recognised

Land your dream job

Aircraft Design and Aerodynamics

3.0 Hours

Beginner

Get free course content

Master in-demand skills & tools

Test your skills with quizzes

Trusted by 10 Million+ Learners globally

4.6

4.89

4.94

4.7

Frequently Asked Questions

What do you define first in the free aircraft design course?

You begin with the aircraft's mission, including payload and range. Those requirements give you a reason to compare design choices and a basis for deciding whether a proposed configuration meets the need.

How do airfoil and wing shape affect a design choice?

The aerodynamics lessons explain lift, drag, and stall behavior. You use those ideas to see why designers compare wing options against the mission instead of choosing a shape only for its appearance.

What does wing loading tell you during aircraft sizing?

Wing loading relates the aircraft's weight to its wing area. You learn how it fits alongside thrust-to-weight ratio in performance constraints, helping you understand how a design point is selected.

Why does the course include an aircraft weight breakdown?

You look at where the aircraft's weight comes from and how an estimate develops. The sizing lessons show why a change in payload, structure, or fuel can affect other choices across the design.

What influences where an engine is placed?

The propulsion lessons consider how engine selection and placement fit the aircraft's mission and layout. You learn why the choice also affects integration, fuel arrangements, and performance considerations.

How do you decide where the tail and control surfaces fit?

The layout lessons connect tail configurations and control surfaces with stability and control needs. You see how these choices interact with the wing, fuselage, and other parts of the aircraft.

What is a load path in an aircraft structure?

A load path describes how forces pass through the structure. You study it alongside materials and structural layouts to understand why connections and supporting members matter when loads change.

How are fatigue and damage tolerance introduced?

The structural lessons examine how repeated loads and possible damage influence design. You use those ideas to understand why material selection and testing involve more than checking a single maximum load.

How do aircraft systems affect the overall layout?

The course introduces how electrical, hydraulic, and other systems fit within the airframe. You learn why designers need to account for their connections and operating needs as the configuration develops.

What checks come before a design reaches manufacturing?

You study the role of analysis, wind tunnel work, and flight test planning in checking design assumptions. The final lessons help you see how evidence supports the move from detail design toward production.