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Satellite Engineering: Design, Technology, and Applications
Categories:
Space
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Course Content
Introduction
Overview of satellite engineering
00:00
Brief history of satellite technology
00:00
Importance of satellite engineering in modern world
00:00
Satellite Design Fundamentals
Types of satellites and their functions
00:00
Satellite subsystems and their functions
00:00
Satellite orbits and launch considerations
00:00
Satellite Communication Systems
Communication system architecture and design
00:00
Satellite antennas and transponders
00:00
Signal modulation and demodulation
00:00
Satellite Power Systems
Power system architecture and design
00:00
Solar panels and batteries
00:00
Nuclear power systems
00:00
Satellite Propulsion Systems
Propulsion system architecture and design
00:00
Chemical and electric propulsion systems
00:00
Nuclear propulsion systems
00:00
Satellite Attitude Control Systems
Attitude control system architecture and design
00:00
Reaction wheels, thrusters, and magnetorquers
00:00
Attitude determination and control algorithms
00:00
Satellite Thermal Control Systems
Thermal control system architecture and design
00:00
Radiators, heaters, and insulation
00:00
Thermal analysis and modeling
00:00
Satellite Testing and Verification
Pre-launch testing and verification
00:00
In-orbit testing and verification
00:00
Failure analysis and mitigation
00:00
Satellite Applications
Earth observation applications
00:00
Communication applications
00:00
Navigation and positioning applications
00:00
Future Trends in Satellite Engineering
Small satellites and CubeSats
00:00
Constellations and mega-constellations
00:00
Emerging technologies in satellite engineering
00:00
Conclusion
Summary of key points
00:00
Future prospects for satellite engineering
00:00
Final thoughts and recommendations.
00:00
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