This scope and sequence is designed for preschool-aged students (4+). Each lesson is intended to last 30 minutes and 28 weeks of lessons assumes students will have access to Cubelets at least once per week. Throughout the 28-week sequence are 6 “Open-Play Days”. These can be used as periodic assessment days to record how students’ play with Cubelets changes as a result of their learning opportunities. Please use your professional judgment in deciding when you need to repeat a lesson, skip a lesson, or combine two lessons based on your class and your students. View the Google Docs version here.
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Students play with Cubelets naturally.
Students will use their natural curiosity to explore Cubelets.
Teachers look for:
Students will notice the similarities between human bodies and robot bodies.
Teachers listen for:
Read The Robot Book by Heather Brown.
Students sort Cubelets by “job.” (no Think Cubes right now)
Class plays Red Light, Green Light.
Students will sort Cubelets based on similarities, and notice what makes each Cubelet unique.
Teachers look for:
Students assemble “Cuddle-Bot” and “Fraidy-Bot” using Drive Cubelets, Battery Cubelets, and Distance Cubelets. (remove all other Cubelets for this lesson)
Students will practice flexible thinking by redesigning their robots for different jobs.
Teachers look for:
Warm-up with a game of Red Light, Green Light.
Then, In groups of three, one team builds a robot, the other team acts out the robot.
Take turns switching off which team does which.
Students will act out the Cubelets within a 3-block robot.
Teachers look for:
Students play with Cubelets naturally. (no Think Cubes, but include all action/sense cubes)
Students will use their natural curiosity and prior experience to explore Cubelets.
Teachers look for:
Read Aloud “What is a Scientist?” By Barbara Lehn
Students draw models of the robots they build. (Limit again to “Cuddle-Bot” and “Fraidy Bot”)
Students will practice scientific modeling by drawing models of the robots they build.
Teachers look for:
Read aloud “Robot Rumpus” by Sean Taylor.
Students investigate each ACT Cubelet. (each group has only one battery and one Distance Cubelet. They will trade out the ACT Cubelets one by one)
Students will use the scientific method to investigate ACT Cubelets.
Teachers look for:
Students draw models of the robots they build. (Available Cubelets include all ACT Cubelets, Distance Cubelet, and Battery Cubelet)
Students will practice scientific modeling by drawing models of the robots they build.
Teachers look for:
Warm-up with a game of Red Light, Green Light.
Then, In groups of three, one team builds a robot, the other team acts out the robot.
Take turns switching off which team does which.
Students will act out the Cubelets within a 3-block robot.
Teachers look for:
Students play with Cubelets naturally. (no Think Cubes, but include all action/sense cubes)
Students will use their natural curiosity and prior experience to explore Cubelets.
Teachers look for:
Read Aloud “My Five Senses” by Aliki.
Students investigate each SENSE Cubelet. (each group has only one battery and one ACT Cubelet of their choice. They will trade out the SENSE Cubelets one by one)
Students will use the scientific method to investigate SENSE Cubelets.
Teachers look for:
Students draw models of the robots they build. (Available Cubelets include all ACT Cubelets, Distance Cubelet, and Battery Cubelet)
Students will practice scientific modeling by drawing models of the robots they build.
Teachers look for:
Warm-up with a game of Red Light, Green Light.
Then, in groups of three, one team builds a robot, the other team acts out the robot. Take turns switching off which team does which.
Students will act out the Cubelets within a 3-block robot.
Teachers look for:
Students play with Cubelets naturally. (no Think Cubes, but include all action/sense cubes)
Students will use their natural curiosity and prior experience to explore Cubelets.
Teachers look for:
Read aloud “Rocket Writes a Story” by Tad Hills.
Students build a 3-Cubelet robot with their group.
Students will practice telling stories based on their understanding of how their Cubelet robot SENSEs and ACTs.
Teachers look for:
Students build a 3-Cubelet robot with their group.
Students will practice telling stories based on their understanding of how their Cubelet robot SENSEs and ACTs.
Teachers look for:
Read aloud “The Most Magnificent Thing” by Ashley Spires.
Choose challenges from the robots in this video.
Students will use critical thinking skills to build a specific robot based on a description.
Teachers look for:
Students play with Cubelets naturally. (no Think Cubes, but include all action/sense cubes)
Students will use their natural curiosity and prior experience to explore Cubelets.
Teachers look for:
Students investigate building 4-Cubelet robots using 2 ACT cubes, 1 Battery, and 1 SENSE of their choice.
Students apply their understanding of SENSE Cubelets to robots that use 2 SENSE Cubelets.
Teachers look for:
Warm-up with a game of Red Light, Green Light.
Then, in groups of four, one team builds a robot, the other team acts out the robot. Take turns switching off which team does which.
Students will act out the Cubelets within a 4-block robot.
Teachers look for:
Read Aloud “The Really Silly Robot” by Gordon True.
Students build a 3- or 4-Cubelet robot with their group.
Students will act out the Cubelets within a 4-block robot.
Teachers look for:
Students build a 3- or 4-Cubelet robot with their group.
Students will practice telling stories based on their understanding of how their Cubelet robot SENSEs and ACTs.
Teachers look for:
Ask students to make 3- and 4-Cubelet robots by describing their jobs. (ie. A robot that has a spinning light)
Students will use critical thinking skills to build a specific robot based on a description.
Teachers look for:
Students draw models of the robots they build. (Available Cubelets include all ACT Cubelets, Distance Cubelet, and Battery Cubelet)
Students will practice scientific modeling by drawing models of the robots they build.
Teachers look for:
Students play with Cubelets naturally. (no Think Cubes, but include all action/sense cubes)
Students will use their natural curiosity and prior experience to explore Cubelets.
Teachers look for:
Read Aloud “The Hueys in What’s the Opposite?” by Oliver Jeffers.
Students investigate what happens when they add the red INVERSE Cubelet to their robots
Students investigate what happens when they add the green PASSIVE Cubelet to their robots
Students will apply the scientific method to investigate THINK Cubelets.
Teachers look for:
Warm-up with a game of Red Light, Green Light. Halfway through, switch the meaning so Red Light means Go and Green Light means Stop. (like an INVERSE Cubelet)
In groups of four, students act out what the red INVERSE Cubelet does. (Including if the INVERSE is added and removed)
Students act out what the green PASSIVE Cubelet does. (Including if the PASSIVE is added and removed)
Students will demonstrate their understanding of THINK Cubelets through acting.
Teachers look for:
Research and development at Modular Robotics has been generously funded in part by SBIR grants from the National Science Foundation.
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Learning® Magazine Teachers’ Choice℠
Award for the Classroom
2019
Parents’ Choice Recommended Award®
2019
Common Sense Education
Top Pick for Learning
2019
The National Parenting Center
Seal of Approval
2018
STEM.org
Authenticated™ Educational Product
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