STEM & Discovery1:1 Live Mentorship

Robotics Robotics classes for kids, live online

Assemble, wire, program, test, and improve intelligent machines.

  • Grades1-10
  • LevelAll levels
  • ClassesUp to 150
  • FormatLive 1:1 online
View Learning Plans

Skills your child will build

  • Circuits & Electronics Basics
  • Microcontroller Programming
  • Sensors & Environmental Feedback
  • Motor Drivers & Actuators
  • Autonomous Navigation Systems

Tools & concepts

  • Breadboards
  • C/C++ firmware
  • Ultrasonic sensors
  • Infrared line followers
  • DC, stepper & servo motors
  • Gyroscopes

Specialized Tracks

Explore What You Can Build in Robotics

Each track is a focused, goal-oriented learning journey led 1:1 by an expert tech educator.

Goal-Focused Build

Autonomous Robotics Lab

Build robots that sense, decide, and respond to their environment.

Goal-Focused Build

Robotics Engineering Challenge

Design, build, program, and test robots to solve real-world engineering challenges.

Curriculum & Mastery

What Your Child Will Learn in Robotics

A step-by-step visual progression from fundamental concepts to building real-world portfolio capstones.

Stage 01 Core Foundations

Circuits & Electronics Basics

Understand current, voltage, breadboarding, resistors, LEDs, capacitors, and microchips.

Learning Plans

Choose How Far Robotics Takes Your Child

Select your child's grade to view transparent regional pricing for our progressive learning tiers.

Bud

30 classes

Explore a new skill

Select grade above for price
30Live 1:1 Classes
1:1Dedicated Mentor
24x7Support
7 MonthsAccess Validity
Most Popular Track
Bloom

60 classes

Build strong fluency

Select grade above for price
60Live 1:1 Classes
1:1Dedicated Mentor
24x7Support
2 YearsAccess Validity
Blossom

90 classes

Create portfolio projects

Select grade above for price
90Live 1:1 Classes
1:1Dedicated Mentor
24x7Support
3 YearsAccess Validity
Pollen Master

150 classes

Reach your highest potential

Select grade above for price
150Live 1:1 Classes
1:1Dedicated Mentor
24x7Support
3 YearsAccess Validity

Why This Course

The Value of Learning Robotics Early

Lifelong cognitive advantages, creative agency, and future-ready fluency developed step-by-step.

Cognitive Fluency

Software Meets the Physical World

Kids see their code drive real motors and respond to the physical world, making engineering deeply exciting.

Applied Creation

Comprehensive Hands-on Engineering

Develops genuine mechanical, electrical, and computer science skills through real hardware prototyping.

Future Advantage

Fosters Relentless Persistence

Hardware debugging teaches students patience, physical troubleshooting, and the joy of iterative improvement.

Questions Parents Ask

Robotics: Your Questions Answered

What is Robotics at Pollen Education?

Robotics is a live, 1:1 online STEM & Discovery course for students in grades 1-10. Assemble, wire, program, test, and improve intelligent machines.

What age or grade is Robotics for?

Robotics is for students in grades 1-10. Within the course, each child is placed by what they already know rather than by grade alone, so they are never rushed ahead or held back.

Does my child need any experience before starting Robotics?

No. Robotics is open to all levels. Each child starts at the module that matches what they already know, so complete beginners and experienced students both fit in.

What will my child learn in Robotics?

Your child will build skills in Circuits & Electronics Basics, Microcontroller Programming, Sensors & Environmental Feedback, Motor Drivers & Actuators and Autonomous Navigation Systems. Along the way they work with Breadboards, C/C++ firmware, Ultrasonic sensors, Infrared line followers, DC, stepper & servo motors and Gyroscopes.

What will my child create in Robotics?

Every class is project-based, so children make real things: robots, circuits and automation. The course includes the Autonomous Robotics Lab and Robotics Engineering Challenge tracks.

How many classes does Robotics have?

Robotics is offered in plans of 30 classes (Bud, valid for 7 months), 60 classes (Bloom, valid for 2 years), 90 classes (Blossom, valid for 3 years) and 150 classes (Pollen Master, valid for 3 years). Every plan includes live 1:1 sessions and a personal mentor, and the price depends on the plan you choose and your region.

How is Robotics different from Maths?

Robotics (Grades 1-10): Assemble, wire, program, test, and improve intelligent machines. It uses Breadboards, C/C++ firmware and Ultrasonic sensors. Maths (Grades 1-10): Build confidence with patterns, problem solving, and mathematical thinking. It uses Patterns & sequences, Algebra and Geometry. Not sure which fits? A free demo class helps you decide.

How are Robotics classes taught?

Classes are live and online, 1:1 with a dedicated mentor. Courses are interactive rather than a textbook-style syllabus, and are designed by professional teachers with more than 5 years of experience in the same field.

Can we try a class before enrolling?

Yes. You can book a free 1:1 demo class for Robotics before choosing a plan. There is no commitment and no card needed.

Robotics Projects

What young makers build in Robotics.

Obstacle-avoiding robots, line followers, a Mars rover: these are the kinds of machines students build in our Robotics course. The images show example projects.

  • Obstacle Avoiding Robot
    RoboticsObstacle Avoiding Robot01
  • Line Following Robot
    RoboticsLine Following Robot02
  • Voice-Controlled Car
    RoboticsVoice-Controlled Car03
  • Remote Control Car
    RoboticsRemote Control Car04
  • Mars Rover
    RoboticsMars Rover05
  • Soil Moisturizer
    RoboticsSoil Moisturizer06

Get Started Today

Ready to get started with Robotics?

In a 45-minute 1:1 trial, your child explores how a robot senses and moves, from simple circuits to the code that drives its motors, while the mentor finds the right starting level. Robotics shows how software meets the physical world, and why testing and adjusting matter.

Explore All Courses
How machines really workTesting and improvingPersistence when things fail