含まれるもの
1 ライブミーティング
週あたりの授業時間数 50 分宿題:
週1時間. Students are free to work on any of the projects outside of class as much as they wish. For students to get the most from this they should plan on spending time outside of class. The amount of time varies by student. On average up to one hour a week may be needed.テスト
Students will receive informal assessments during class. They will also be keeping a record of the builds made and results in their science notebook.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 2 - 5
We will be working on basic engineering concepts cycle every 12-weeks then restart the same cycle. This class is fun and there are many things that you can learn while playing and experimenting during the week. Projects covered include Cars, Animals, Lifts, Catapult, Bridge, Boats, Windmill, Robots, Maze, Rides, Rockets, and a Rube Goldberg Machine. Week Projects Topics 1/17/23 - 1 Car Wheel and Axles 1/24/23 - 2 Animals Hinge 1/31/23 - 3 Lifts Pulley 2/7/23 - 4 Catapult Leavers 2/14/23 - 5 Bridge Compression and Tension 2/21/23 - 6 Boat Buoyancy 2/28/23 - 7 Windmill Kinetic Motion and Newton's 3rd Law 3/7/23 - 8 Robots Various depending on students build 3/14/23 - 9 Maze Gravity and Friction 3/21/23 - 10 Ride Gravity and Inertia 3/28/23 - 11 Rocket Air Resistance and Drag 4/4/23 - 12 Rube Goldberg Various depending on students build Typical classes consist of: Welcome - Introduction of Concept Review - Students share projects from previous class, discuss challenges and successes, and Q and A wrap-up. Main Topic - Slides, and video clips will be used to cover major concepts of the lesson. Design and Build - Students will decide on materials, sketch ideas, and start building. While building students can share what they are doing, what is working and not working the way they envisioned. Testing - Students will test their design and record results. Redesign and Rebuilds - *Students can do this in class and outside of class.* If time allows students can work on a new design of a project in class. Closing - Wrap-Up and Q and A. Depending on students' speed we usually get through one design, 1st test, and sometimes a redesign during class. In order to get the most of this class students will need to work outside of class and record their results. If students can't keep their projects up all week until the next class; I recommend they add pictures and/or videos to the class website so everyone can learn and share what they have done. There will be short educational videos and clips that will cover concepts of different simple machines and physics students will watch during class. These topics include but are not limited to wheels, axial, levers, pulleys, gears, gravity, tension, and other physics concepts. This is to help students understand the different concepts they will be using to create projects. This is an inclusive class and welcomes students of all abilities. Everyone is welcome to participate in whatever way they are able. I want to have a place where everyone feels comfortable to fail because some of the best learning happens when you fail. Through the use of the scientific method, trial and error, testing, and redesign students will have fun while learning. If you have any questions or need accommodations please don't hesitate to contact me. This class is not associated with or sponsored by Lego or any other brand of building blocks.
学習到達目標
Students will form hypotheses.
Students will use the scientific method.
Students will record in writing, charts, time, weight, distance, trails, and relay results to others.
Students will record results in photos and videos.
Students will share results of testing with others.
その他の情報
保護者へのお知らせ
There is no account needed nor will students access YouTube. We will be watching YouTube videos and clips shared from the teachers computer. The channels used are educational kids channels and Lego. The following are the sites videos will be from:
https://www.youtube.com/c/scishowkids
https://www.youtube.com/c/ScienceMax
https://www.youtube.com/c/LEGO
受講に必要なもの
Students need their own Lego's, other connecting building blocks, or other materials to build with and the following special pieces: wheels min. 4 pully wheel and rope (string) moving axils swing arms (there are many different pieces that can be put together to create this) spinners (1) 12X12 plate or multiple smaller plates that can form one or (cardboard) Other materials students need: Coins Marbles Balloons Straws Popsicle Sticks Masking Tape Paper Pencil Rubber Bands Ping Pong Ball Aluminum Foil Cardboard Cardboard Tubes Coloring (crayons/pencils/markers) Students Choice Notebook Way to take pictures and video of projects.
外部リソース
このクラスでは、Outschool内のクラスルームに加えて、以下を使用します。
使用する教材
There is no account needed nor will students access YouTube. We will be watching YouTube videos and clips shared from the teachers computer. The channels used are educational kids channels and Lego. The following are the sites videos will be from:
https://www.youtube.com/c/scishowkids
https://www.youtube.com/c/ScienceMax
https://www.youtube.com/c/LEGO
教師の専門知識と資格
学士号 Northwood Universityから
I have worked in education for over 15 years, the last 9 as a homeschool parent. I have taught at a local homeschool co-op for over 7 years (in person and online) . I started my schooling with a B.B.A. from Northwood University. After several years in the corporate climate I decided to go back to school to get a teaching degree. I attended Eastern Michigan University and finished my classes and testing required for the teaching degree. The semester I was to start student teaching one of my children became seriously ill. Once they were recovered I was starting to homeschool my children and never went back to finish the program.
I have continued to attend teacher professional developments including:
EdCamp - EMU
NerdCamp - Parma
NaNoWriMo - Online, and local events
Others offered at EMU and MSU
4-H STEAM Programs with MSU
STEM programs at U of M and EMU
レビュー
ライブグループクラス
$17
毎週週に1回
50 分
1 人がクラスを受けました
オンラインライブ授業
年齢: 7-11
クラス人数: 3 人-6 人