Aeronautics Fundamentals Course Overview
Course Description
This course offers an introductory look into the fundamentals of aeronautics. Through a historical journey from the early days of ballooning to modern aviation including airplanes and helicopters, participants will explore how principles of aeronautics have been understood and applied. Faculty from the Delft University of Technology's Aerospace Engineering department guide learners through three key blocks focusing on the history and evolution of flight, principles of aerodynamics, and flight mechanics.
What Students Will Learn
- Understanding the influence of the history of flight on modern aircraft design
- Knowledge of how the earth's atmosphere affects aircraft design and flight
- Foundational concepts in aircraft stability, structures, navigation, and propulsion
- Insights into aerodynamics, including how airfoils and wings create lift
- Practical understanding of flight mechanics and how planes climb, descend, and cruise optimally
Course Prerequisites
The course requires an understanding of high school level mathematics and physics to fully grasp the theories and applications discussed.
Course Coverage
- History and progress of human flight including ballooning
- Basic principles of aircraft design and operation
- Detailed study of aerodynamics
- Advanced topics in flight mechanics
Who This Course Is For
- Beginners interested in aeronautics and flight
- Engineering students looking to supplement their knowledge
- Aviation enthusiasts and hobbyists
- Professional aerospace engineers seeking a refresher course
Real-World Application of Skills
Learners will find these skills useful in various areas including aerospace engineering design and operations, flight-planning, and even in educative or recreational settings that involve understanding and explaining the physics and mechanics of flight.
Course Syllabus
- Introduction to Flight and Aviation History
- Earth's Atmosphere and Aircraft Modelling
- Aerodynamic Foundations: Airfoils and Wings
- Flight Mechanics and Optimal Flight Conditions