You're on track to get doubled donations (and unlock a reward for the colleague who referred you). Keep up the great work!
Take credit for your charitable giving! Check out your tax receipts
To use your $50 gift card credits, find a project to fund and we'll automatically apply your credits at checkout. Find a classroom project
Skip to main content

Help teachers & students in your hometown this season!
Use code HOME at checkout and your donation will be matched up to $100.

Your school email address was successfully verified.

Ms. Gamache’s Classroom Edit display name

Support her classroom with a gift that fosters learning.

  • Monthly
  • One-time

We'll charge your card today and send Ms. Gamache a DonorsChoose gift card she can use on her classroom projects. Starting next month, we'll charge your card and send her a DonorsChoose gift card on the 17th of every month.

Edit or cancel anytime.

cancel

Support Ms. Gamache's classroom with a gift that fosters learning.

  • Monthly
  • One-time

We'll charge your card today and send Ms. Gamache a DonorsChoose gift card she can use on her classroom projects. Starting next month, we'll charge your card and send her a DonorsChoose gift card on the 17th of every month.

Edit or cancel anytime.

Make a donation Ms. Gamache can use on her next classroom project.

https://www.donorschoose.org/classroom/8104652 Customize URL

The use of multiple motors and sensors is critical to success in the First Lego League Robotics competition. The robot must be designed, built and programmed completely by students. It must be capable of navigating a field filled with specific missions to complete. For example, the robot must be designed and programmed to sense when it crosses the threshold of specific colors, follow color lines, detect barriers and the like. This requires sensors to enhance the capabilities of the robot. In addition, robot must also be designed and programmed to lift, pull, push, rotate, deliver payloads and grasp objects on the field. This requires motors and gears to run custom attachments that students design and build.

About my class

The use of multiple motors and sensors is critical to success in the First Lego League Robotics competition. The robot must be designed, built and programmed completely by students. It must be capable of navigating a field filled with specific missions to complete. For example, the robot must be designed and programmed to sense when it crosses the threshold of specific colors, follow color lines, detect barriers and the like. This requires sensors to enhance the capabilities of the robot. In addition, robot must also be designed and programmed to lift, pull, push, rotate, deliver payloads and grasp objects on the field. This requires motors and gears to run custom attachments that students design and build.

Read more

About my class

Read more
{"followTeacherId":8104652,"teacherId":8104652,"teacherName":"Ms. Gamache","teacherProfilePhotoURL":"https://cdn.donorschoose.net/images/placeholder-avatars/136/teacher-placeholder-2_136.png","teacherHasProfilePhoto":false,"vanityURL":"","teacherChallengeId":21820950,"followAbout":"Ms. Gamache's projects","teacherVerify":313280199,"teacherNameEncoded":"Ms. Gamache","vanityType":"teacher","teacherPageInfo":{"teacherHasClassroomPhoto":true,"teacherHasClassroomDescription":true,"teacherClassroomDescription":"","teacherProfileURL":"https://www.donorschoose.org/classroom/8104652","tafURL":"https://secure.donorschoose.org/donors/share_teacher_profile.html?teacher=8104652","stats":{"numActiveProjects":0,"numFundedProjects":2,"numSupporters":7},"classroomPhotoPendingScreening":false,"showEssentialsListCard":false}}