Spacecraft Design and Systems
( 25 Modules )

Module #1
Introduction to Spacecraft Design
Overview of spacecraft design, importance of design, and challenges in spacecraft development

Module #2
Space Mission Analysis
Defining mission requirements, understanding orbit and trajectory design, and determining payload needs

Module #3
Spacecraft Classification and Types
Overview of different types of spacecraft, including satellites, landers, orbiters, and rovers

Module #4
Spacecraft System Engineering
Introduction to systems engineering, system design, and integration

Module #5
Structural Design and Materials
Fundamentals of structural design, materials selection, and thermal protection systems

Module #6
Propulsion Systems
Overview of propulsion systems, including chemical, electrical, and nuclear propulsion

Module #7
Power Systems
Design and operation of power systems, including solar panels, batteries, and power distribution

Module #8
Thermal Control Systems
Design and operation of thermal control systems, including radiators, insulation, and heaters

Module #9
Communication Systems
Fundamentals of communication systems, including transponders, antennas, and data transmission

Module #10
Navigation and Control Systems
Overview of navigation and control systems, including inertial measurement units and attitude control

Module #11
Computer and Software Systems
Design and operation of computer and software systems, including flight software and ground support systems

Module #12
Payload and Instrumentation
Design and operation of payload and instrumentation systems, including scientific instruments and sensors

Module #13
Spacecraft Dynamics and Stability
Fundamentals of spacecraft dynamics and stability, including attitude dynamics and control

Module #14
Spacecraft Orbit and Trajectory Design
Design and operation of spacecraft orbits and trajectories, including launch, transfer, and insertion

Module #15
Entry, Descent, and Landing
Design and operation of entry, descent, and landing systems, including heat shields and parachutes

Module #16
Spacecraft Testing and Validation
Overview of spacecraft testing and validation, including environmental testing and simulations

Module #17
Spacecraft Safety and Reliability
Design and operation of safety and reliability systems, including fault tolerance and redundancy

Module #18
Ground Support Systems
Design and operation of ground support systems, including launch site operations and mission control centers

Module #19
Spacecraft Operations and Mission Planning
Overview of spacecraft operations and mission planning, including mission sequence planning and execution

Module #20
Spacecraft Integration and Testing
Overview of spacecraft integration and testing, including system-level testing and integration

Module #21
Spacecraft Launch and Deployment
Design and operation of launch and deployment systems, including launch vehicles and deployment mechanisms

Module #22
Space Debris and Sustainability
Overview of space debris and sustainability, including mitigation strategies and responsible spacecraft design

Module #23
Space Policy and Regulations
Overview of space policy and regulations, including international agreements and national laws

Module #24
Spacecraft Design for Planetary Protection
Design and operation of spacecraft for planetary protection, including contamination prevention and sample return

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Spacecraft Design and Systems career

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Spacecraft Design and Systems ( 25 Modules )

Spacecraft Design and Systems
( 25 Modules )