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ルーブ・ゴールドバーグ: 楽しみのためのエンジニアリング (Flex)

この5週間のフレックスコースでは、学生は単純な機械の基礎を学び、その知識と創造性を使ってルーブ・ゴールドバーグ・マシンを設計し、構築します。
Philip Watje
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5.0
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(23)
クラス
再生

含まれるもの

0 録画レッスン
5 週間
教師のサポート
1年間のアクセス
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宿題:
週あたり 2-4 時間. Each week, students will have to construct a Rube Goldberg Machine and upload a video of it in action to the Outschool Classroom. Students will have to provide ideas and suggestions to help create the weekly 'twists' described in the Class Experience.
この文章は自動翻訳されています

このクラスで学べること

英語レベル - 不明
米国の学年 3 - 6
A Rube Goldberg Machine is an overly complicated machine involving many steps to accomplish a simple task.  It is intended to demonstrate creativity and ingenuity over efficiency.

Each week, learners will be provided with a video lecture that introduces one or two of the six simple machines as well as some basic engineering skills. 

Weekly Video Lecture Topics:
Week 1:  Rube Goldberg, Simple Machines, and Levers
Week 2:  Inclined Planes and Backwards Planning
Week 3:  Pulleys, Wheel and Axel, and Reliability
Week 4:  Wedges, Screws, and Durability
Week 5:  Grand Finale Showcase

Each week, learners will be challenged to construct a Rube Goldberg Machine that includes the simple machines presented in that week's video lecture.  These machines should be built with items and material that can be found around the home and used safely (toys, boxes, duct tape, avocados, etc.).  Learners will then post videos of these machines in action in the Outschool classroom to demonstrate their engineering and creative awesomeness.  Mr. Watje will provide feedback on the machines, and other learners will be asked to post positive comments and suggestions.  Additionally, each weekly machine will incorporate a twist based on the input of the learners.  These twists are:
Week 1:  Idea Pool:  Each learner posts three different ideas for steps that could be included in a Rube Goldberg Machine in the Outschool Classroom.  Each learner must select at least three different ideas (each from a different learner) and include those ideas as steps in the machine.
Week 2: Final Round:   Each learner will post an idea for a final step to a Rube Goldberg Machine in the Outschool Classroom.  Then each learner will be randomly assigned one of the finals steps and have to construct a machine that includes the assigned final step. 
Week 3: Coming and Going:  Learners will be partnered together.  Each of the learners will choose a single step and share that step with their partner.  The chosen step will then be the first step of the learner's Rube Goldberg Machine, and the shared step will be the last step.  In other words, one partner builds a machine going from A to Z while the other partner builds a machine going from Z to A.
Week 4: Chain Design:  Starting in Week 2, the learners will design a machine step-by-step as a team.  One learner chooses the first step of the design, and the design is passed on to the second learner.  The second learner adds a second step to the design, and the design is passed on to the third learner, and so on until all learners have added a step to the design.  Then the learners each try to build a Rube Goldberg Machine that matches the Chain Design as closely as possible.

For Week 5, learners will be given a mystery goal and have to build a Rube Goldberg Machine that accomplishes that goal in as crazy (but safe) and creative a way as possible incorporating several of the simple machines taught during this course and other cool ideas.  Again, the goal is to safely use materials found around the home.  During that week, learners will be able to send messages to Mr. Watje through Outschool about ideas that they want to use in their machines, and Mr. Watje will reply with ideas, suggestions, and maybe even some cool facts.  At the end of the week, learners will post videos of their Grand Finale Rube Goldberg Machines in the Ouschool classroom to showcase what they've learned and accomplished to Mr. Watje and the other learners.
学習到達目標
Students will be able to:
1.  Name the six different simple machines and explain what they do.
2.  Use basic engineering to design a Rube Goldberg Machine.
3.  Use problem solving skills and creativity to build a Rube Goldberg Machine.
学習目標

その他の情報

保護者へのお知らせ
As with any building project, there are potential safety risks. It is encouraged that parents oversee their learners as they build their machines. The degree to which the parents monitor will change based on the learner's age and experience, but safety is paramount. Though the learner should be in charge of designing and building the machine, parents are welcome to help if it provides for a safer experience.
受講に必要なもの
Learners are encouraged to use materials normally found around the house to construct their Rube Goldberg Machines.  The ideal amount of money spent is as close to $0.00 as possible.  Having said that, things like tape and glue may run out, and materials like cardboard and paper might be used up.
外部リソース
学習者は、Outschoolが提供する基本ツール以外のアプリやウェブサイトを使用する必要はありません。
参加しました March, 2020
5.0
23レビュー
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教師の専門知識と資格
I teach at a mid/high school and for the past 14 years, I have organized our school's annual Rube Goldberg Project.  For this project, regular class is suspended, and students form teams to build Rube Goldberg Machines for the day.  It is an event that the students, staff, and community look forward to each year because it is fun and challenging and allows the students to show off their abilities in ways other than taking tests and giving presentations.

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