Satellite Engineering: Subsystems and Spacecraft Design

Spacecraft engineering requires a comprehensive understanding of how individual subsystems interact to keep satellites operational in harsh space environments. This text-based course guides you through the fundamental principles and physical components that power modern orbital spacecraft. You will gain a structured breakdown of spacecraft architecture, enabling you to analyze how satellites generate power, communicate with ground stations, and maintain stable orbits. What you'll learn: Learn core satellite terminology and orbital mechanics basics. Analyze satellite structural design and onboard cabling architecture. Master energy storage, power generation, and power distribution fundamentals. Examine thermal control techniques used to withstand extreme temperature variations in space. Understand attitude determination and control systems used for precise spacecraft orientation. Study satellite propulsion systems, covering chemical engines and modern electric thrusters. Apply modern small satellite design concepts and constellation architecture principles. The course starts with essential space environment concepts and foundational terminology before guiding you through each critical onboard subsystem. You will develop a solid theoretical base through clear written lessons and real-world design scenarios. This course is created for technology enthusiasts, students, and aspiring aerospace learners seeking a accessible entry point into spacecraft systems design. Start reading today to build a strong foundation in satellite engineering.