Aerospace Engineering Rocket Science Basics

A Beginner's Guide to Rocket Propulsion and Spaceflight
What you'll learn
✓ The Atmosphere and Air Properties
✓ Fundamentals of Motion and Forces
✓ Falling Objects and Basic Motion Applications
✓ Fluid Mechanics and Flow Behavior
✓ Compressible and High-Speed Aerodynamics
✓ Fundamental Aerodynamic Forces
✓ Model Rockets - Basics and Overview
✓ Rocket Thrust and Engines
✓ Rocket Weight and Balance
✓ Rocket Aerodynamics
✓ Rocket Flight Phases - From Lift-Off to Recovery
Requirements
● Basic physics knowledge (High school level)
● Basic algebra knowledge (High school level)
● Basic chemistry knowledge (High school level)
● A little bit imagination and logic
Description
Hello dear student, and welcome to my course: Aerospace Engineering: Rocket Science Basics.
Space exploration and launch vehicle technology are advancing at an incredible pace, and modern rockets and spacecraft rely on highly optimized designs for safety, efficiency, and mission success. In this course, I will introduce you to the fascinating world of rocket science - the discipline that explains how rockets generate thrust, overcome gravity, travel through the atmosphere, and operate in space.
Whether you're a complete beginner or already have some background in aerospace or engineering, this course is designed to help you build, reinforce, and expand your understanding of rocket science principles. If you're new, you'll develop a strong foundation in propulsion, forces, motion, and spaceflight dynamics. If you already have experience, this course will help you refine your knowledge and apply it to modern rockets and spacecraft systems.
In this course, we will cover
• The fundamentals of rocket science, including thrust, drag, weight, and inertial forces acting on rockets and spacecraft
• Rocket propulsion principles, including basic engine operation and performance
• Rocket stability and control during atmospheric flight and spaceflight
• The effects of vehicle shape, size, and configuration on aerodynamic drag and flight efficiency
• Flight phases such as lift-off, powered ascent, coasting flight, and recovery
• Real-world applications from modern launch vehicles and space missions, including efficiency, payload optimization, and reusability
Each topic is broken down into manageable, easy-to-understand sections. I will guide you step by step, explaining how forces and motion work individually and together to ensure stable, efficient, and successful space missions.
By the end of this course, you will
• Understand the core principles of rocket science and spaceflight
• Be able to analyze the main components of rockets and spacecraft
• Gain the knowledge needed to evaluate performance, identify issues, and understand real-world rocket behavior
• Be better prepared for further studies or careers in aerospace engineering, space systems, propulsion, or launch vehicle design
If you're passionate about space, planning to work in the aerospace industry, or simply curious about the science that makes rockets fly beyond Earth, this course is for you.
So don't wait-join the course and take your next step into the high-tech world of rocket science and spaceflight.
See you inside the course!
Who this course is for
■ This course is for everyone who has an interest in rockets, spaceflight, and the broader field of aerospace engineering.
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