Introduction
Why do things the easy way? It’s so much more fun to make a simple task really complicated! That’s how Rueben Golberg did it. But who is Ruben Goldberg and why did he like to do things the hard way? Let’s take a journey to find out who Rueben Goldberg was and how the machines he illustrated worked. We can then decide if we like doing things the hard way too!
Task
The STEAMposium is coming up next month. We have been tasked with creating a display of exciting activities for families to check out. With your partner, you will review simple machines and think about how they can be used in a Rube Goldberg machine. You will also find out who Rueben Goldberg was, and how his machines worked. Then you and your partner will brainstorm, illustrate, design, and build your very own machine for the STEAMposium. Let’s get started!
Process
FIRST, We’ll need to start with a review of simple machines. Watch the video below and read the attached article. Then answer the questions and do the scavenger hunt.
Article/questions/scavenger hunt
SECOND, Let’s learn about who Rube Goldberg was. Read this article then answer the attached questions
Rube Goldberg - article and questions
Here are a few more resources to help you learn more about Rueben Goldberg.
THIRD, Now let’s see what we can learn about Rube Goldberg machines.
Here's an illustration of a Rube Goldberg-style machine! It shows a fun and complex way of performing a simple task. Let’s learn more!
Check out these resources to see how to build your machine.
Background on Rube and What is a Rub Goldberg Machine
SciShow - How to Build a Rub Goldberg
Now let’s look at some machines in action.
Simple Steps to Create a Rube Goldberg Machine | Kids Teaching Kids - YouTube
How to Make a Rube Goldberg Machine! - YouTube
Largest Rube Goldberg Machine - Guinness World Records - YouTube
Giant Kids' RUBE GOLDBERG Machine! | Kids Invent Stuff - YouTube
FINALLY, Get together with your partner to start planning your Rube Goldberg machine. See me for your planning document.
Guidelines:
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Brainstorm what task you want your machine to perform, such as pushing a ball into a cup or popping a balloon.
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Decide on which 3 simple machines will you use in your design.
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List the materials you would like to use. Do we have them? Can we get them?
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You’ll need a base on which to build so we can store the machine. What should you use?
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Create a labeled sketch or “blueprint” for your design.
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Start to build your device. This can take many trials. Go backward with the task if you run into a roadblock.
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Once your machine is built, you will complete a step-by-step description explaining what happens at each stage of the chain reaction.
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A final drawing will be completed that is neat and clear and looks exactly like your device.
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You will present your project to the class and it should only involve one push to get the device working.
Evaluation
Rubric
|
1 (not meeting the standard) |
2 (working toward the standard) |
3 (meeting the standard) |
4 (exceeding the standard) |
|
|
Collaboration |
The student minimally participated in the WebQuest, designing and building. |
The student participated in WebQuest, designing and building, but did not meet all expectations (for example: didn’t bring in materials they said they would) |
The student met all obligations and participated in WebQuest, designing and building. |
The student met all obligations and participated in WebQuest, designing and building. Student also helped classmates. |
|
Simple Machines |
Student includes and/or can explain 1 simple machine in the design |
Student includes and can explain 2 simple machines in the design |
Student includes and can explain 3 simple machines in the design |
Student includes and can explain more than 3 simple machines in the design |
|
Rube Golberg Design/Machine |
The final sketch matches the machine and may or may not be labeled. The machine completes the task with 1 chain reaction. |
The final sketch matches the machine and may or may not be labeled. The machine completes the task with 2 chain reactions. |
The final sketch matches the machine and is labeled. The machine completes the task with 3 chain reactions. |
The final sketch matches the machine and is labeled. The machine completes the task with more than 3 chain reactions. |
Conclusion
You did it! The machines are ready for the STEAMposium. You have completed a design and built a Rube Goldberg Machine. You reviewed simple machines to include in your design and collaborated with your partner every step of the way.
I would like you to reflect on your learning and write a paragraph about your experience. Include what you liked best as well as your least favorite part. What parts of the project were easy for you and what did you find challenging? Do you feel like you were able to successfully collaborate with your partner? Would you consider building another Rube Goldberg machine on your own?
Check out these books from the school library if you are interested in more information.
Build Your Own Chain Reaction Machines: How to Make Crazy Contraptions Using Everyday Stuff--Creative Kid-Powered Projects!
Rube Goldberg's Simple Normal Humdrum School Day: A Picture Book
Rube Goldberg and His Amazing Machines
Get to Know Screws
Get to Know Wedges
Get to Know Wheels and Axles
Get to Know Levers
Get to Know Pulleys
Credits
Resources
Danial Anwaar-Maximo. (2015, November 20). Rube Goldberg 6 Simple machines [Video]. YouTube. https://www.youtube.com/watch?v=2QYxYp-D2J4
Guinness World Records. (2021, December 10). Largest Rube Goldberg machine - Guinness World Records [Video]. YouTube. https://www.youtube.com/watch?v=VpLDfkLBJ0Q
Harmony Square - Educational Videos & Activities. (2019, October 2). What are Simple Machines | Learn about six simple machines | Harmony Square Science Lesson [Video]. YouTube. https://www.youtube.com/watch?v=wl1-frlRSfc
Kids Invent Stuff. (2018, November 24). Giant Kids’ RUBE GOLDBERG Machine! | Kids invent stuff [Video]. YouTube. https://www.youtube.com/watch?v=X3vXwWfEfGM
Colbylll. (2020, April 6). How to make a Rube Goldberg machine! [Video]. YouTube. https://www.youtube.com/watch?v=TLk6_RHvW5M
Rachelle. (2024, January 5). Engineering Kids | Rube Goldberg Machine. TinkerLab. https://tinkerlab.com/engineering-kids-rube-goldberg-machine/
Rube Goldberg. (n.d.). Vimeo. https://vimeo.com/21590227
SciShow Kids. (2018b, December 19). The coolest machine ever! [Video]. YouTube. https://www.youtube.com/watch?v=5mGn6mrlrfw
THNKR. (2020, November 6). Simple steps to create a Rube Goldberg machine | Kids Teaching kids [Video]. YouTube. https://www.youtube.com/watch?v=hxMNvyylRSY
What is a Rube Goldberg Machine? (2020, February 24). Wonderopolis. https://www.wonderopolis.org/wonder/what-is-a-rube-goldberg-machine
simple machines Open AI 2025
Rube Goldberg - article and questions Open AI 2025
Teacher Page
This lesson was designed for a 4th grade WIN (enrichment) class.
Goals for Webquest:
- Students will identify the 6 simple machines and identify examples of each.
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Students will learn who Rueben Goldberg was and the purpose of a Rube Goldberg machine.
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Students will design, illustrate and ultimately build a Rube Goldberg machine.
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Students will work with a partner to work on their communication and collaboration skills.