C++ in Aerospace Simulations

Dive into the world of aerospace simulation with this comprehensive C++ course! Designed for individuals with a foundational understanding of C++ and flight dynamics, this course takes a step-by-step approach to building complex aerospace systems using C++.

You'll gain hands-on experience through eight detailed simulations, progressively incorporating advanced aerospace features, culminating in a final, challenging multi-object cruise simulation. Learn by example as we build a realistic scenario involving UAVs (Unmanned Aerial Vehicles) engaging targets, tracked by satellites.

While demonstrating the creation of a complete aerospace simulation, the core focus is on mastering the C++ PIE (Polymorphism, Inheritance, Encapsulation) principles. We'll explore:

• Polymorphism: Understand and apply function overloading, including pure virtual functions, to achieve efficient run-time polymorphism.
• Inheritance: Organize your aerospace vehicles – UAVs, targets, and satellites – using a well-structured hierarchical inheritance system.
• Encapsulation: Protect sensitive data by encapsulating aerodynamic and propulsive information within dedicated classes.

This course utilizes the CADAC++ simulation framework to illustrate these crucial C++ concepts. You'll discover that the C++ PIE is fundamental to virtually all sophisticated aerospace simulations. We'll briefly touch upon alternative architectures at the end.

Your proficiency with CADAC++ will unlock access to my extensive library of simulations, covering missiles, aircraft, rockets, and hypersonic vehicles.

Recent Updates:

• April 2024: Downloadable resources now include simulations fully compatible with Microsoft VS C++ 2022.
• October 2025: The CADAC Studio download link has been updated to the landing page for my AIAA textbook, "Modeling and Simulation of Aerospace Vehicle Dynamics" (4th Edition).

Ready to become a C++ expert and build your own aerospace simulations? Enroll today!