Introduction to Satellite Systems and Space Engineering

Satellite systems form the backbone of modern global communications, navigation, and environmental monitoring. This introductory course guides you through the technical foundations of satellite design, orbital physics, and space mission planning. You will develop a practical understanding of how space missions are structured and operated. What you'll learn: Learn fundamental orbital mechanics principles and satellite orbit classifications. Understand core satellite subsystems including power, attitude control, telemetry, and payloads. Explore small satellite architectures such as CubeSats and modern constellation concepts. Apply space-to-ground communication basics and telemetry fundamentals. Practice evaluating space environment hazards, radiation factors, and thermal control requirements. The course opens with essential space terminology, basic physics, and foundational definitions before progressing into detailed satellite engineering concepts. Designed for beginners and technology enthusiasts, no prior experience in aerospace engineering is required. Read through at your own pace to build your foundational knowledge in satellite systems.