Overview 

This foundation course delivers a rigorous introduction to flight mechanics, space systems, and aerospace engineering principles. Offered in connection with the University of Southampton, the curriculum bridges secondary education and degree-level study by building strong analytical and quantitative capabilities. Mastering these foundational concepts is crucial for developing innovative, safe, and efficient technologies across modern aviation and space exploration.

What You'll Learn

• Core principles of aerodynamics, propulsion systems, and flight mechanics

• Fundamentals of spacecraft design, orbital mechanics, and satellite technology

• Applied engineering mathematics, calculus, and computational modeling techniques

• Mechanics of materials, structural analysis, and aerospace material selection

• Basic concepts of avionics, flight control systems, and onboard electronics

• Practical laboratory testing methods, experimental procedures, and technical reporting

• Team-based engineering design projects and problem-solving methodologies

Learning Outcomes 

Upon finishing this preparatory pathway, students will demonstrate a clear understanding of key physical and mathematical principles relevant to atmospheric and space flight. They will be equipped to evaluate aerodynamic properties, analyze structural loads under varying conditions, and use computational tools to solve aerospace problems.