Aerospace Systems Engineering: Principles and Problem Solving

Aerospace engineering combines physics, mechanics, and systems design to address the complex challenges of space flight. This text-based course introduces you to the core principles of aerospace systems, equipping you with the foundational knowledge and analytical techniques necessary to evaluate space missions. You will develop a solid understanding of spacecraft operations, from orbital trajectories to subsystem integration. What you'll learn: Understand core aerospace terminology, orbital mechanics, and satellite motion. Analyze key spacecraft subsystems including power, communications, and attitude control. Examine propulsion fundamentals and payload design principles. Apply physics concepts to solve practical aerospace engineering problems. Explore modern small satellite standards like CubeSats and mission planning workflows. The course begins with essential definitions and introductory physics before progressing to detailed technical concepts and calculations through written explanations and text exercises. Designed for beginners and aspiring space engineers, this course requires no previous background in aerospace. Step into the field of space technology and start building your engineering skills.