Professional Certificate in Space Systems Engineering: Engineering Principles
-- ViewingNowThe Professional Certificate in Space Systems Engineering: Engineering Principles is a comprehensive course that equips learners with fundamental skills in space systems engineering. This certificate course is crucial in today's industry, where space technology is rapidly advancing and in high demand.
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⢠<space-system-engineering-principles/>: An introduction to the fundamental principles of space systems engineering, including systems engineering processes, system architecture, and system design.
⢠<orbital-mechanics/>: A study of the motion of spacecraft in orbit around the Earth and other celestial bodies, including orbital elements, Kepler's laws, and orbital maneuvers.
⢠<space-mission-analysis-and-design/>: An examination of the methods and tools used in space mission analysis and design, including mission requirements, spacecraft design reference missions, and conceptual design.
⢠<space-environment-and-spacecraft-systems/>: A survey of the space environment and its effects on spacecraft systems, including radiation, thermal, and vacuum environments, and the design of spacecraft systems to survive and operate in these environments.
⢠<space-propulsion-systems/>: An exploration of the principles and technologies of space propulsion systems, including chemical, electric, and hybrid propulsion systems, and the design of propulsion systems for space missions.
⢠<space-communications-systems/>: A study of space communications systems, including frequency bands, spacecraft antennas and transponders, ground stations, and communication protocols, and the design of communication systems for space missions.
⢠<space-power-systems/>: An examination of space power systems, including solar cells, batteries, and power management and distribution systems, and the design of power systems for space missions.
⢠<space-control-and- navigation-systems/>: A survey of space control and navigation systems, including onboard guidance, navigation, and control systems, and ground-based tracking and control systems, and the design of control and navigation systems for space missions.
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