Build Real Robots.
Write Real Code.
From LEDs to line-following robots — learn by building real hardware projects with Arduino.
Sensors, motors, circuits — real hardware, real skills.
Progressive terms from beginner to advanced.
Ready to Start Building?
Scroll to explore
🤖 Ages 7–16

What is Robotics & Arduino?

A hands-on journey through electronics, programming, and engineering. Students build real robots and devices using Arduino microcontrollers, learning how hardware and software work together through exciting weekly projects.

Hands-On Learning

Every session involves building real circuits and programming real hardware. No simulations — actual sensors, LEDs, and motors.

Real Hardware

Work with Arduino boards, breadboards, resistors, sensors, motors, and more. Learn electronics alongside coding.

Small Groups

Maximum 5 students per class ensures every child gets individual attention and real-time feedback on their projects.

Progressive Curriculum

Six progressive terms take students from blinking an LED all the way to building Bluetooth-controlled robots.

Your Learning Journey

Six progressive terms that take you from absolute beginner to robotics expert. Each term builds on the last.

1

Term 1 — Foundations

Beginner
  • What is Arduino? Setting up the IDE
  • Digital & analog pins, breadboards
  • LED circuits (blink, fade, traffic light)
  • Buttons, switches, and input
  • Buzzer melodies and sound projects
Final project: Interactive light show
2

Term 2 — Sensors & Input

Elementary
  • Light-dependent resistors (LDR)
  • Ultrasonic distance sensors
  • Temperature & humidity sensors
  • Serial monitor and data logging
  • Combining multiple sensors
Final project: Smart environment monitor
3

Term 3 — Motors & Movement

Intermediate
  • DC motors and motor drivers (L298N)
  • Servo motors for precise control
  • Building a basic robot chassis
  • Power management for motors
  • Basic autonomous movement
Final project: Remote-controlled car
4

Term 4 — Smart Robots

Advanced
  • Line-following with IR sensors
  • Obstacle avoidance algorithms
  • IR remote control integration
  • Combining sensors for decision-making
  • Introduction to PID control
Final project: Maze-solving robot
5

Term 5 — Connected Devices

Expert
  • Bluetooth communication (HC-05)
  • LCD and OLED displays
  • IoT basics with ESP8266/ESP32
  • App-controlled robots
  • Data visualization
Final project: Bluetooth-controlled robot with display
6+

Term 6+ — Mastery

Ongoing
  • Student-driven custom projects
  • Competition preparation
  • Advanced IoT and cloud integration
  • 3D printing for robot parts
  • Mentor-guided builds
  • Portfolio development
Student-designed capstone projects

How It Works

Four simple steps to get started on your robotics journey.

1

Choose Your Level

Whether you're a complete beginner or have some experience, we'll find the right starting term for you.

2

Join Weekly Sessions

Attend live online sessions each week with a maximum of 5 students. Build alongside expert instructors.

3

Build Real Projects

Every term culminates in a real project you build and keep — from light shows to maze-solving robots.

4

Progress Through Terms

Move at your own pace through our six-term curriculum. Each term unlocks new skills and bigger challenges.

Simple, Honest Pricing

One straightforward monthly price. No hidden fees, no long-term contracts.

Robotics & Arduino

Monthly Subscription

£160
per month
  • 4 × 1-hour live sessions per month
  • Maximum 5 students per class
  • Term-based progression curriculum
  • Pay monthly, cancel anytime
  • No long-term contracts
  • Kit guidance provided after enrolment
  • Access to online resources & project files
Book a Free Taster Session

Common Questions

Everything you need to know about our Robotics & Arduino course.

Our Robotics & Arduino course is designed for students aged 7–16. Younger students (7–10) start with the Foundations term with simpler projects, while older students (11–16) can progress faster into advanced terms. We assess each student's level during the free taster session to find the perfect starting point.
No prior coding experience is needed! Term 1 starts from absolute basics — we'll teach everything from scratch, including how to set up the Arduino software. Students with some experience may be able to start at a later term.
You'll need a computer with a USB port and internet access. After enrolment, we provide detailed guidance on which Arduino starter kit to purchase (typically £25–40 online). We recommend specific kits that include all the components needed for the first few terms. As students progress, additional components may be needed — we always give advance notice.
Each term is approximately 12 weeks (3 months), aligned with school terms. Students attend one session per week and progress through the curriculum at a comfortable pace. Some students move faster, some take longer — we adapt to each individual.
All sessions are recorded and available for 7 days, so your child can catch up at their own pace. If you know in advance, let us know and we can try to arrange an alternative slot. We understand that life happens — occasional missed sessions won't hold students back.
Yes! While it's ideal to start at the beginning of a term, we can accommodate mid-term joins. We'll assess where the group is and provide catch-up materials so your child can get up to speed quickly. Book a taster session and we'll discuss the best approach.

Ready to Build Your First Robot?

Book a free taster session and discover the exciting world of robotics and Arduino programming.

Book a Free Taster Session