Aerospace Engineering For Kids

Tutors for ages 6-16 | Practical Experiments | STEM

What you'll learn
Understand the concept of flying mechanisms
Perceive the concepts behind the origin of scientific term "force"
Discover the mechanism of planes, Blimps, Rockets, Parachutes and Helicopter
Assemble the tools needed for applications of the topics considered
Apply Engineering Design Process to build 6 amazing hardware models
Requirements
No requirements needed. Students will learn everything they need to know
Description
This course is for tutors who will teach their kids“The sky is not the limit, it’s just the beginning “Do you have what it takes to become an aerospace engineer? Like all other engineers, aerospace engineers need a strong background in science and mathematics. They have to give a lot of thought to the materials used in “flying machines” so that they aren’t too heavy, can travel at fast speeds, and are safe. They also need to decide how the machines will be shaped, controlled, and powered. It is known that naturally kids are born inventors. They love exploring, experimenting, and creating different things from paper plane launchers to paper rockets. Kids will explore the forces such as gravity and the world around them. Aerospace engineering projects boost young kids’ ability to make use of their brains hence it enhances problem-solving, enabling them to ask questions, and creating an avenue for budding aerospace engineers to show off their abilities. Aerospace engineering projects allow kids to come out with new ideas and create things.course ObjectivesKids will understand the concept of the flying mechanismPerceive the concepts behind the origin of scientific terms of ‘Force’Discover the mechanism of planes, blimps, rockets, parachutes and Helicopters.Assemble the tools needed for the applications of the topics considered.

Overview

Section 1: Introduction to Aerospace Engineering | How Blimps work?

Lecture 1 Introduction to Aerospace Engineering

Lecture 2 What is Blimp?

Lecture 3 Parts of the Blimp

Lecture 4 Lesson4: History pf the Blimp

Lecture 5 Engineering Design Process (Part1)

Lecture 6 Practical Workshop

Lecture 7 Engineering Design Process (Part2)

Section 2: Planes

Lecture 8 Introduction to planes

Lecture 9 Forces acting on a plan

Lecture 10 More details about the four forces acting on plane

Lecture 11 Parts of the plane

Lecture 12 History of the plane

Lecture 13 Engineering design process (part1)

Lecture 14 Practical workshop

Lecture 15 Engineering design process (part2)

Section 3: Straw Rockets

Lecture 16 Introduction to straw rocket

Lecture 17 How rockets fly?

Lecture 18 Rockets history

Lecture 19 Parts of the rockets

Lecture 20 Engineering Design Process (part1)

Lecture 21 Practical Workshop

Lecture 22 Engineering Design process (part2)

Section 4: Rocket launcher

Lecture 23 Introduction to rocket launcher

Lecture 24 Rockets

Lecture 25 Newton's third law of motion

Lecture 26 Launching the rocket

Lecture 27 Engineering Design Process (part1)

Lecture 28 Practical workshop

Lecture 29 Engineering Design Process (part2)

Section 5: Parachutes

Lecture 30 Introduction to parachutes

Lecture 31 What is the parachute?

Lecture 32 How parachutes work?

Lecture 33 The parachute design

Lecture 34 Engineering design process (part1)

Lecture 35 Practical workshop

Lecture 36 Engineering design process (part2)

Section 6: Helicopter

Lecture 37 Introduction to helicopter

Lecture 38 What is helicopter?

Lecture 39 Advantage of helicopters

Lecture 40 Parts of helicopter

Lecture 41 History of helicopters

Lecture 42 Engineering Design Process (part1)

Lecture 43 Practical Workshop

Lecture 44 Engineering Design Process (part2)

the course is for tutors who will teach their kids from 6 to 16 years old,Parents are responsible for purchasing and following up with their students