Orbital Mechanics and Aerodynamics

From the physics of lift to the intricacies of orbital mechanics, this interdisciplinary course introduces students to fundamental principles of astronautics and aerodynamics. Students will explore the physics of spacecraft motion in the vacuum of space and atmospheric flight, while developing a deep understanding of key concepts like orbital mechanics, trajectory design, propulsion, drag, lift, and fluid flow. By exploring the fundamentals of flight, students will bring concepts to life by designing and testing flight components, such as an airfoil, propulsion system and a rocket. Drawing from aerospace engineering challenges and historical space missions, students will conduct simulations and create models using industry standard software to analyze real-world scenarios that reinforce theoretical concepts. Students interested in physics, space exploration, commercial aviation, and aerospace engineering will benefit from taking this course.