Overview

The Grade 3 WeDo Robotics course develops students’ robotics, programming, and problem-solving skills through 10 hands-on sessions using the Explore → Create → Test → Share approach. Students build and program models such as a helicopter, robotic arm, spy robot, earthquake simulator, recycling system, rover, dancing robot, and rescue winch while learning concepts such as loops, conditionals, decomposition, debugging, variables, timing, and synchronization. Through testing, improving, and presenting their designs, students strengthen computational thinking, creativity, teamwork, and engineering skills, ending the course with an open design challenge and a final invention expo.

By

Ali Haidar

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Grade 3 – WeDo – LE

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Enrollments

Level

All Levels

Time to Complete:

0 hour 0 minute

Lessons:

10

Certificate:

No

One-time for 1 person

Free

Overview

The Grade 3 WeDo Robotics course develops students’ robotics, programming, and problem-solving skills through 10 hands-on sessions using the Explore → Create → Test → Share approach. Students build and program models such as a helicopter, robotic arm, spy robot, earthquake simulator, recycling system, rover, dancing robot, and rescue winch while learning concepts such as loops, conditionals, decomposition, debugging, variables, timing, and synchronization. Through testing, improving, and presenting their designs, students strengthen computational thinking, creativity, teamwork, and engineering skills, ending the course with an open design challenge and a final invention expo.

What You’ll Learn?

Explore advanced robotics concepts through real-world inspired challenges
Understand how robots can be designed to perform specific tasks and solve problems
Build robotic systems using motors, mechanisms, and programming logic
Develop more advanced mechanical designs such as robotic arms, rescue systems, and moving machines
Use sensors and programming instructions to create responsive robotic behaviors
Learn how robots are used in areas such as exploration, rescue, and automation
Develop problem-solving skills by testing and improving robotic designs
Apply engineering thinking to analyze challenges and create effective solutions
Design and modify robotic inventions through open-ended challenges
Present and explain robotic projects while reflecting on the design process
Develop teamwork, creativity, and innovation skills through robotics projects

Requirements

Basic robotics experience is recommended
Basic computer and programming skills are recommended
Students should actively participate in building, programming, and testing activities
Students should follow the engineering design process:
Explore → Design → Build → Program → Test → Improve → Share
Students should consider:
Mechanical design
Programming logic
Robot performance
Real-world purpose
Possible improvements
Students should work collaboratively and safely handle robotics equipment

Syllabus Overview

10

Lessons

0

Quizzes

0

Tasks

0

Resources

Introduction

WeDo

Material Includes

LEGO WeDo robotics kit
Building instructions and robotics challenges
Block-based programming activities
Motor and sensor exploration activities
Engineering design worksheets
Testing and improvement activities
Project resources for:
Helicopter Rescue
Robotic Arm
Spy Robot
Earthquake Simulator
Recycling Advanced
Luna Rover
Dancing Bot
Rescue Winch
Open Design Challenge
My Invention Expo
Student reflection and project evaluation resources

Instructor(s)

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