Exploring Robotics Curriculum with Scribbler Robot
Teach Programming Concepts and Reinforce Math, Science, and Arts (STEAM) with Scribbler Robot
(for Grades 6-8)
Middle school students use robots to learn math, STEM, and physical science with this robotics curriculum!
With drawing, music, lights, and dance routines, both girls and boys enjoy Scribbler robot. When they program the robot to dance and play the Hokey Pokey, everyone is having a blast! But it’s not just playing with robots, students are actively learning. The curriuculum provides an introduction to programming graphically and applies math and science. This is great for classrooms, computer labs, after school, or summer camps.
The Scribbler robot follows lines, draws (pen inserts in center), dances, plays music, flashes lights, avoids objects, and uses sensors.
Each lesson in the online curriculum comes with step by step instructions and activity work sheets to turn in.
Engaging videos introduce the lesson topics and present new concepts.
Students program the robot with simple blocks that fit together like puzzle pieces.
Scribbler robot is a fully assembled robot, which means no parts to track, and robots can be moved from room to room!
Scribbler is robust enough to be used with many middle school classes for several years.
Teamwork, projects and fun in-class competitions are included.
Schools and districts- call for current offers and savings
Common Core Math and Science Topics
Math topics include calculating diameter, radius, and drawing rectangles, triangles, and other shapes.
Science topics include sound waves, light, LEDs, and electricity.
Turn-Key Curriculum
Any middle school math or science teacher can use this curriculum with fun robots. No engineering or programming experience required. Just a few hours of online training and technical support available when you need it! This comprehensive curriculum includes easy to use lessons with videos, step-by-step instructions, work sheets and test questions.
Comprehensive Active Learning Curriculum is Easy to Implement ....
Modular online lessons (50-55 minutes)
Lesson Plans for 10, 18, or 36 days
Student e-books (printable or view on screen)
Worksheets for each lesson (Word docs)
Hands-on Project based robot activities
Engaging content-rich videos
Step by step instruction with 3D models
Teamwork projects
Quiz questions and answer keys (Word Docs)
Enrichment activities
Web links and Interactive Learning
Flexible Lesson Plans and printed Teacher Guide
Grading Rubrics and Assessments
Career exploration videos and assignments
Recommended - by teachers, students, and parents:
for grades 6-8 as part of science, math, or art class
for robotics clubs, tech camps, and after school programs
for applying STEAM and common core math and science concepts,
for teaching logic, programming (or coding) concepts
for distance learning and home school
for motivating students to take STEM courses in high school
Step by step instructions with fun activities
Classroom competitions included - maze, line following, drawing, and dance routines keep students motivated.
Students must apply math and science to program the robot. Videos present math topics like calculating diameter, radius, and drawing rectangles, triangles, and other shapes. Science topics include sound waves, light, LEDs, and electricity.
Videos introduce programming, sensors, and engineering concepts. Programs are downloaded to the robot over a cable which attaches and detaches easily.
Activities provide step by step instruction for programming with simple blocks that fit together like puzzle pieces.
Online lessons can be viewed on tablets or other devices.
With this fully Assembled Robot, there are no parts to track or replace! Mutliple classes can use the robots at one time.
Perpetual Licensing for school labs and individuals means no yearly renewal fees.
Self-paced instruction allows students to work at their own pace, and catch up easily if they miss a day.
Great for reinforcing teamwork with 2 or 3 students per robot.
STEM career presentations and research - programming, engineering, and more.
Beginning level - no programming or engineering experience required of teacher or student!
Affordable with additional discounts for 10 or 20 robots.
Exploring Robotics with Electronics Curriculum and S3 Robot
