Build, Code & Innovate: Ages 7 - 12

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mBot Neo Robotics

Get ready for a hands-on robotics journey where creativity meets engineering! In this course, students will learn to program, control, and explore the mBot Neo using the CyberPi controller and the mBlock coding platform.

Across five engaging modules, learners build skills progressively—from basic motor control and sensors to advanced AI, voice interaction, and autonomous navigation.

📘 Module 1: Assemble your mBot Neo, explore CyberPi, and master precise motor control.

📗 Module 2: Use sensors to detect colors, measure distance, avoid obstacles, and follow lines.

📙 Module 3: Turn CyberPi into a controller, learning joystick, buttons, gyroscope, logic, and game interactions.

📒 Module 4: Unlock AI, voice control, IoT connectivity, sound, and data-driven projects.

🎓 Module 5: Apply all skills in capstone engineering challenges, solving real-world problems creatively.

🌟 By the end of this course, students will be able to:

-Program and control motors, sensors, and CyberPi inputs

-Build autonomous robots that navigate, react, and adapt to their environment

-Apply logic, loops, conditionals, and variables in meaningful projects

-Create AI-enabled, voice-controlled, and IoT-connected machines

-Solve engineering challenges using creativity and technical skills

-This immersive experience equips students with confidence, hands-on expertise, and a strong foundation in robotics and coding, preparing them to become innovative robot engineers.

For Program Schedule & Pricing, Please click here

Robotic Programs Registration

Parent/Guardian 1: First and Last name

Phone

Parent/Guardian 2: First and Last name

Phone

Child 1 full name

Child's age

Child's grade

Which Programs are you interested in?

Early Coding & Robotics: Ages 3-6

Build, Code & Innovate: Ages 7-12

Junior Robotics & Engineering- Ages 6-11

Advanced Robotics: Ages 10-14

Coding,Robotics & Innovation: Ages 12-16

Child 2 full name

Child's age

Child's grade

Child 3 full name

Child's age

Child's grade

I understand that, in accordance with the Centre’s policies, for missed classes, I am eligible for one credit per subject each month, and I must notify the Centre at least 24 hours in advance of the class to receive the credit. All other classes will be forfeited as we are reserving the spot for your child.

I understand that the program uses positive reinforcement and clear expectations to guide student behavior. I acknowledge that if my child damages school property, I may be held financially responsible. I also understand that repeated disruptive or unsafe behavior may result in a parent meeting, temporary suspension, or removal from the program.

Consent & Agreement:

I, the undersigned, give permission for my child to participate in the after-school programs. I confirm that I have read, understood and agree to the policies mentioned above.*

Full name

Today's date

ScholarsTec

'Shaping Future Innovators Through AI, Robotics, and Coding'

Build, Code & Innovate: Ages 7 - 12

mBot Neo Robotics

Get ready for a hands-on robotics journey where creativity meets engineering! In this course, students will learn to program, control, and explore the mBot Neo using the CyberPi controller and the mBlock coding platform.

Across five engaging modules, learners build skills progressively—from basic motor control and sensors to advanced AI, voice interaction, and autonomous navigation.

📘 Module 1: Assemble your mBot Neo, explore CyberPi, and master precise motor control.

📗 Module 2: Use sensors to detect colors, measure distance, avoid obstacles, and follow lines.

📙 Module 3: Turn CyberPi into a controller, learning joystick, buttons, gyroscope, logic, and game interactions.

📒 Module 4: Unlock AI, voice control, IoT connectivity, sound, and data-driven projects.

🎓 Module 5: Apply all skills in capstone engineering challenges, solving real-world problems creatively.

🌟 By the end of this course, students will be able to:

-Program and control motors, sensors, and CyberPi inputs

-Build autonomous robots that navigate, react, and adapt to their environment

-Apply logic, loops, conditionals, and variables in meaningful projects

-Create AI-enabled, voice-controlled, and IoT-connected machines

-Solve engineering challenges using creativity and technical skills

-This immersive experience equips students with confidence, hands-on expertise, and a strong foundation in robotics and coding, preparing them to become innovative robot engineers.

Robotic Programs Registration

Build, Code & Innovate: Ages 7 - 12

mBot Neo Robotics

​​​ Get ready for a hands-on robotics journey where creativity meets engineering! In this course, students will learn to program, control, and explore the mBot Neo using the CyberPi controller and the mBlock coding platform.

​

Across five engaging modules, learners build skills progressively—from basic motor control and sensors to advanced AI, voice interaction, and autonomous navigation.

📘 Module 1: Assemble your mBot Neo, explore CyberPi, and master precise motor control.

​

📗 Module 2: Use sensors to detect colors, measure distance, avoid obstacles, and follow lines.

📙 Module 3: Turn CyberPi into a controller, learning joystick, buttons, gyroscope, logic, and game interactions.

📒 Module 4: Unlock AI, voice control, IoT connectivity, sound, and data-driven projects.

🎓 Module 5: Apply all skills in capstone engineering challenges, solving real-world problems creatively.

🌟 By the end of this course, students will be able to:

-Program and control motors, sensors, and CyberPi inputs

-Build autonomous robots that navigate, react, and adapt to their environment

-Apply logic, loops, conditionals, and variables in meaningful projects

-Create AI-enabled, voice-controlled, and IoT-connected machines

-Solve engineering challenges using creativity and technical skills

-This immersive experience equips students with confidence, hands-on expertise, and a strong foundation in robotics and coding, preparing them to become innovative robot engineers.

​​

Robotic Programs Registration

Get ready for a hands-on robotics journey where creativity meets engineering! In this course, students will learn to program, control, and explore the mBot Neo using the CyberPi controller and the mBlock coding platform.