Rocket Propulsion and Spacecraft Design
( 25 Modules )

Module #1
Introduction to Rocket Propulsion
Overview of rocket propulsion, history, and applications

Module #2
Fundamentals of Rocket Propulsion
Basic principles of rocket propulsion, including Newtons laws and Tsiolkovskys equation

Module #3
Rocket Propulsion Systems
Types of rocket propulsion systems, including chemical, electric, and hybrid systems

Module #4
Chemical Rocket Propulsion
In-depth look at chemical rocket propulsion, including combustion processes and nozzle design

Module #5
Electric Rocket Propulsion
In-depth look at electric rocket propulsion, including ion engines and Hall effect thrusters

Module #6
Hybrid Rocket Propulsion
In-depth look at hybrid rocket propulsion, including solid-fuel/liquid-oxidizer systems

Module #7
Rocket Performance Analysis
Methods for analyzing rocket performance, including specific impulse and thrust-to-weight ratio

Module #8
Rocket Propellant Options
Overview of common rocket propellants, including liquid fuels and oxidizers

Module #9
Rocket Engine Components
Design and function of rocket engine components, including turbopumps and combustion chambers

Module #10
Rocket Engine Design
Principles of rocket engine design, including engine cycles and performance optimization

Module #11
Spacecraft Design Overview
Introduction to spacecraft design, including mission requirements and systems engineering

Module #12
Spacecraft Structures and Materials
Design and materials selection for spacecraft structures, including loads and stress analysis

Module #13
Thermal Protection Systems
Design and function of thermal protection systems, including heat shields and insulation

Module #14
Power Systems
Design and function of spacecraft power systems, including solar panels and batteries

Module #15
Communication Systems
Design and function of spacecraft communication systems, including transceivers and antennas

Module #16
Navigation and Control Systems
Design and function of spacecraft navigation and control systems, including attitude control and propulsion systems

Module #17
Spacecraft Propulsion Systems
Design and function of spacecraft propulsion systems, including attitude control thrusters and main propulsion systems

Module #18
Life Support Systems
Design and function of spacecraft life support systems, including air, water, and waste management

Module #19
Avionics and Electrical Systems
Design and function of spacecraft avionics and electrical systems, including power distribution and electronics

Module #20
Spacecraft Integration and Testing
Methods for integrating and testing spacecraft systems, including functional and environmental testing

Module #21
Mission Analysis and Planning
Methods for analyzing and planning space missions, including trajectory design and mission operations

Module #22
Launch and Deployment
Overview of launch and deployment options, including launch vehicles and deployment sequencing

Module #23
Orbit and Trajectory Design
Methods for designing orbits and trajectories, including gravitational influences and perturbations

Module #24
Spacecraft Operations and Navigation
Methods for operating and navigating spacecraft, including station-keeping and trajectory correction

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

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Rocket Propulsion and Spacecraft Design ( 25 Modules )

Rocket Propulsion and Spacecraft Design
( 25 Modules )