Science & Nature
Young Astronaut Boot Camp: Master the Physics of Going to Space
In this series of classes, students will learn how to become real astronauts! We will study the physics of the solar system, space health and nutrition, mirrors, lenses, waves and rocket physics.
51 total reviews for this teacher
2 reviews for this class
Completed by 4 learners
There are no upcoming classes.
3x per week
over 2 weeks
learners per class
per learner - per class
How does a “Multi-Day” course work?
Meets multiple times at scheduled times
Live video chats, recorded and monitored for safety and quality
Discussions via classroom forum and private messages with the teacher
Great for engaging projects and interacting with diverse classmates from other states and countries
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This fun series of classes is designed to inspire students to love learning physics while training to become astronauts! We will cover a range of physics topics, focusing on their application in outer space. At the end, learners will be presented with a "Young Astronaut" certificate. 1: Solar system and the universe We will learn about the structure of the solar system, ow the motion of celestial bodies creates days, months, seasons and years, various theories about the origin of the...
- Planets of the solar system - The orbits of planets and their moons - Explaining days, months, years and seasons using our understanding of the solar system - The history of the universe and the big bang theory - How satellites orbit the Earth - Uses and future potential of satellites - Types of waves and their uses - Use of waves for communications - How communications are restricted by the speed of light - How to calculate the time taken to send a message in space - Using lenses to magnify objects - Drawing ray diagrams for mirrors and lenses - Applying an understanding of mirrors and lenses to explain how light telescopes work - Material science challenges in space and key innovations in materials science driven by space research - Designing materials for rockets and rovers - The use of robots and rovers for space exploration - New developments in space engineering: reusable rockets and rover landings - Forces acting on rockets - Linking force to acceleration, including calculations using Newton's third law - Calculating velocity from a given force - Predicting the trajectory of a rocket - Calculating the energy and fuel required by a rocket
I am a qualified UK science teacher with experience teaching students aged 6-18 in a wide range of contexts - including in school, extracurricular clubs, summer camps and private tutoring.
At the end of each class, learners will be provided with a short document summarising the key learning and some additional practice questions. These questions are totally optional and will not be assessed.
Learners should bring to each class: - Pen, pencil and lined paper - Calculator
Learners will not need to use any apps or websites beyond the standard Outschool tools.
There is no formal assessment for this course, and so no letter grades or written reports will be given. I integrate informal assessment for learning activities throughout my classes, allowing me to continually assess students' progress and adapt my teaching to develop their understanding.
2 hours 45 minutes per week in class, and maybe some time outside of class.
Qualified and enthusiastic UK science teacher
🇬🇧Lives in the United Kingdom
51 total reviews
30 completed classes
Hi everyone! My name is Katie, I teach fun yet educational science classes aimed at inspiring children to develop their scientific research skills and truly understand science. My classes combine interesting and useful topics with clear learning...