Advanced Topics in Aerospace Engineering (PG)

This student-centred course propels aspiring aerospace engineers into the intricacies of aircraft stability, equipping them to shape the future of flight. Through a dynamic blend of online and in-person lectures, tutorials, and workshops, students embark on a transformative journey that unlocks their potential to innovate and create. Gain insight into the factors that influence aircraft equilibrium, deciphering static stability intricacies that drive design decisions. Navigate the complex realm of 3D aircraft motion with mastery of rigid body dynamics, a cornerstone for advanced control systems. Analyse pitch axis oscillations to ensure seamless longitudinal dynamics and delve into lateral stability for optimised roll and yaw control. Overcome flexibility-induced issues, confront the challenges of aeroelasticity, and harmonize aerodynamics and structural dynamics expertise. Transcend theory by applying principles to real-world problems, honing the skills to innovate and excel in aerospace engineering. Embrace a flexible and immersive learning environment that blends online and in-person engagement. Engage with dynamic lectures, and collaborate in interactive tutorials, and workshops. Demonstrate your mastery through assignments, quizzes, and a comprehensive semester-end examination. These assessments will gauge your grasp of the intricate concepts, ensuring you're ready to conquer the aerospace engineering frontier. Upon successful completion of this course, you will possess a robust toolkit to navigate the complexities of aircraft stability and dynamics. You'll be primed to solve practical flight dynamics challenges and steer aircraft toward new performance frontiers.