Aerospace Engineering: Rocket Science and Engineering from Udemy

First of all, if you're looking for a course that contains basic knowledge about rocket science, just skip ahead because this course is NOT for you. This course is more mathematics oriented. Think of it as rocket propulsion university lectures compressed into 4.5 hours, that's why high school/basic mathematics and physics are recommended.

You can always check my AP/College Physics course, your call.

I assure you, this is the only online course that focuses this much on rocket propulsion. Go ahead, do your research.

You will however, understand the concepts behind rocket science and engineering and you will never say "IT'" again, because as it turns out, it's not that hard.

This course contains 4.5 hours of content containing clear course videos and examples to help you better understand the concepts of rocket propulsion, and you will also find quiz questions at the end of each section so you can test your knowledge.

This course contains crystal clear explanation of rocket propulsion, how to deal with complex equations which are critical to rocket design and how to use these equations to design a rocket engine for a specific mission.

This course is made using Microsoft PowerPoint which I Provided in the form of a PDF so you can keep up while watching the course videos. You will find it included as a resource in the first course video, so you can easily download it.

"We choose to go to the moon not because they are easy but because they are hard". JFK

What students say about this course:

"I honestly never thought it would be this detailed. The way the instructor presents such complex concepts, so simple, so elegant. The examples and the quiz questions helped a lot.

Whether you're a total beginner or a Ph.D. student, this course is PERFECT for you.

Thank you so much, really enjoyed it. "

What's inside

Learning objectives

Discover rockets and their components
Derive and understand the rocket thrust equation
Full understanding of specific impulse
Derive and understand tsiolkovsky’s rocket equation
Discover the aerodynamic forces on a rocket
Thorough thermodynamic analysis
Understand the meaning of an ideal rocket
Derive, develop and understand complex rocket design equations in a simple manner
Design a rocket engine for a specific orbit/altitude

Derive and understand performance key parameters
Full understanding of how liquid-propellant rocket engines work and their components
Discover the different engine cooling techniques
Heat transfer analysis
Full understanding of how solid-propellant rocket engines work and their components
Discover the different electric propulsion systems, the difference between them and how they work
Show more
Show less

Discover rockets and their components
Derive and understand the rocket thrust equation
Full understanding of specific impulse
Derive and understand tsiolkovsky’s rocket equation
Discover the aerodynamic forces on a rocket
Thorough thermodynamic analysis
Understand the meaning of an ideal rocket
Derive, develop and understand complex rocket design equations in a simple manner
Design a rocket engine for a specific orbit/altitude
Derive and understand performance key parameters
Full understanding of how liquid-propellant rocket engines work and their components
Discover the different engine cooling techniques
Heat transfer analysis
Full understanding of how solid-propellant rocket engines work and their components
Discover the different electric propulsion systems, the difference between them and how they work
Show more
Show less

Syllabus

Rocket Science and Engineering: Introduction

Course Overview

Background

What are Rockets and Why Do We Use Them?

Rocket Components

Different Types of Rockets

Fundamentals and Performance

Deriving The Rocket Thrust Equation

Specific Impulse

Weight Flow Rate

Tsiolkovsky's Rocket Equation

Rocket Staging

Fundamentals and Performance Quiz

Flight Performance

Aerodynamic Forces

Attitude Control Systems

Flight Performance Quiz

Nozzle Theory and Thermodynamic Analysis

Introduction: The Ideal Rocket

Mass Flow Rate in Isentropic Flow

Deriving The Flow Equation

Isentropic Relations

The Exhaust Velocity

The Exhaust Velocity: Example

Flow Density

Throat Area and Expansion Ratio

Stagnation and Combustion Chamber Conditions

Stagnation and Combustion Chamber Conditions: Example

The Ideal Nozzle

The Ideal Nozzle: Example

The Diverging Nozzle: The Bell Shaped Nozzle

Combustion Chamber and Converging Nozzle Design

Thrust Coefficient and Characteristic Velocity

Thrust Coefficient and Characteristic Velocity: Example

Nozzle Theory and Thermodynamic Analysis Quiz

Liquid-Propellant Rocket Engines

Liquid-Propellant Fuel Engine: Fundamentals

Turbopumps and Cavitation

Pogo Instability

Heat Transfer Methods: Basics

Engine Cooling and Heat Transfer

Igniters

Propellant Choice

Liquid-Propellant Fuel Engine Quiz

Solid-Propellant Rocket Engines

Solid-Propellant Rocket Engines: Fundamentals

Solid Propellants

Solid-Propellant Rocket Engines Quiz

Electric Propulsion

Electric Propulsion: Introduction

Electrothermal Thrusters

Electrostatic Thrusters

Electrostatic Thrusters: Example

Electromagnetic Thrusters

Electromagnetic Thrusters: Example

Electric Propulsion Quiz

References

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Helps overcome complex equations critical for rocket design

Ideal for beginners and advanced learners alike

Designed for those seeking deep understanding of rocket science

Comprehensive coverage of liquid-propellant rocket engines

Offers clear examples to simplify complex concepts

Requires prerequisite knowledge in high school math and physics

Career center

Learners who complete Aerospace Engineering: Rocket Science and Engineering will develop knowledge and skills that may be useful to these careers:

Aerospace Engineer

Aerospace Engineers work primarily in research and development. They may also work in design and testing. Concepts and equations from this course are fundamental towards designing, developing, and testing rockets, missiles, and spacecraft. Some roles may even require you to have proficiency in solid and/or liquid rocket propulsion, which this course covers as well. In addition, this course may teach you skills and provide knowledge that will be critical for working with your team to apply scientific research to practical aerospace engineering problems.

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Rocket Scientist

Rocket Scientists conduct research and apply scientific principles to the design, development, and testing of rockets and missiles. A major portion of this job will be spent with rocket propulsion, which this course dives deep into. Propulsion is what enables rockets to travel through the air and space. The complex equations that govern rocket propulsion are derived and simplified throughout this course.

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Astronautical Engineer

Astronautical Engineers work on spacecraft, satellites, launch vehicles, and other space systems. This course may be useful for understanding the propulsion portion of such systems, and more specifically any spacecraft, satellite, or other space system that will have a rocket as its primary means of propulsion.

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Mechanical Engineer

Mechanical Engineers design, develop, and test mechanical systems. This course may be useful for those who will work with systems that involve propulsion or for those who work on designing and developing vehicles.

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Materials Scientist

Materials Scientists research and develop new materials and improve existing ones. This course may be useful for those who will work on developing materials used in rocket propulsion systems, such as heat-resistant materials that can withstand the high temperatures generated by rocket engines.

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Chemical Engineer

Chemical Engineers design, develop, and operate chemical plants and processes. This course may be useful for those who will work on designing and developing propellants for rocket engines.

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Electrical Engineer

Electrical Engineers design, develop, and test electrical systems. This course may be useful for those who will work on designing and developing electrical systems for rockets.

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Computer Scientist

Computer Scientists design, develop, and test computer systems. This course may be useful for those who will work on developing software for rocket guidance and control systems.

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Physicist

Physicists study the fundamental laws of nature. This course may be useful for those who will work on developing new theories of rocket propulsion.

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Mathematician

Mathematicians develop and apply mathematical theories and techniques to solve problems in science, engineering, and business. This course may be useful for those who will work on developing new mathematical models of rocket propulsion.

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Science Teacher

Science Teachers teach science to students at the primary, secondary, and college levels. This course may be useful for those who will teach physics or engineering.

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Technical Writer

Technical Writers create and edit technical documents, such as manuals, reports, and proposals. This course may be useful for those who will write about rocket science and engineering.

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Patent Agent

Patent Agents help inventors obtain patents for their inventions. This course may be useful for those who will work on patents for rocket science and engineering inventions.

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Librarian

Librarians help people find and access information. This course may be useful for those who will work in a library that specializes in rocket science and engineering.

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Museum curator

Museum Curators oversee the collections and exhibits of museums. This course may be useful for those who will work in a museum that has a collection of rockets and spacecraft.

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