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You CAN do this.
The live-session format is insanely effective.
About the class
This is an 8-week course that covers the basics of wing aerodynamic design and optimization. We start with some simple wing modeling software and visualization. Then we'll look at how planform and twist affect the lift distribution. You'll learn to link the aerodynamic software to Python for optimization. During the course, you will design your own flying-wing aircraft, and through the process, learn about best practices for aerodynamic optimization including considerations such as trim, stability, structures, and more.
This class is ideal for
Hobbyists who have some practical skills but limited aerodynamic, theoretical, or design background
Anyone interested in wing design – regardless of current occupation or experience
PE's looking for educational credits
Those who want to try their hand at design and optimization using modern software
Anyone looking to branch out and learn something new and exciting!
What will you learn?
Airfoil Database Creation
MachUp X - Wing Aerodynamic Modeling
Optimization in Python
How to apply optimization bounds and constraints
Reynolds-Number Effects
Elliptic vs. Bell-Shaped Distributions
And Much More!
Class Structure
The course is taught in a flipped classroom setting, which means you'll watch about 2 hours of lecture outside of class each week, and then come to class to work with us on your own designs. We'll guide you through the process in a very interactive atmosphere. In addition to learning these concepts, you'll meet incredible people who have similar interests and make life-long friendships. We'll be there every step of the way, answering questions and supporting you on this exciting journey!
Prerequisites
In order to be successful in this course, you will need the following:
Basic experience using a computer and web browser
Understanding of basic algebra (nothing too serious here)
Some experience with spreadsheets (helpful but not required)
In this course we use intuitive computing software for aerodynamic design and analysis. Nothing to be afraid of in terms of complexity or math intensity.
The only way you improve is to try new things.
Charles Koch
Introduction to XFOIL
Electric Propulsion
Introduction to MachUp X
Airfoil Analysis using CFD
Introduction to Aircraft Design
Introduction to CFD
Life begins at the end of your comfort zone.
Neale Walsch
Doubt kills more dreams than failure ever will.
Suzy Kassem
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