Aerospace Engineering

An introduction to how aerospace systems are designed and why they matter.

Explore the different types of aircraft and their classifications based on design and function.

Explore the fundamental forces that allow aircraft to fly, including lift, drag, thrust, and weight.

Explore the fundamentals of how air interacts with aircraft surfaces.

Explore the essential components of an aircraft and their functions.

Explore the intricacies of wing design in aerospace engineering, focusing on how different shapes affect performance.

Explore the fundamentals of propulsion systems in aerospace engineering, focusing on how engines generate thrust and the variables affecting their performance.

Explore the principles of stability in aerospace engineering, focusing on how aircraft maintain balance during flight.

Explore the mechanisms of control surfaces in aircraft and how they influence flight dynamics.

Explore the dynamics of aircraft motion and control.

Advanced judgment in jet propulsion systems: trade-offs, limits, and consequences.

Advanced judgment in rocket propulsion: trade-offs, system limits, and restraint under ambiguity.

Advanced judgment in supersonic flight: recognizing limits, trade-offs, and consequences beyond speed.

Mastering the judgment required to manage spacecraft subsystems under ambiguity, stress, and failure.

Advanced judgment in orbital mechanics for experienced teens. Focus on ambiguous decisions, trade-offs, and restraint in space dynamics.

Advanced judgment in avionics: recognizing system limits, trade-offs, and delayed failures in flight electronics.

Mastering judgment in structural design for aerospace systems under ambiguity and pressure.

Advanced judgment in selecting and managing aerospace materials under uncertainty and risk.

Advanced mastery of aerospace mission design, focusing on judgment, restraint, and calibration under uncertainty.

Advanced judgment in integrating aerodynamics, propulsion, and structures for flight systems. Focus on ambiguous decisions, trade-offs, and restraint.