Robotics Innovation
A hands-on robotics course where your child learns electronics, Arduino programming, sensors, and automation over 2.5 months of weekly Sunday classes. For age 12 to 16.
What is Robotics Innovation ?
A hands-on robotics course where your child learns electronics, Arduino programming, sensors, and automation over 2.5 months of weekly Sunday classes.
Real Hardware, Not Just Code
Your child works with actual circuits, sensors, and motors, not a simulation on a screen.
Wireless Control, Real Skills
The course builds up to a Bluetooth-controlled robotic car your child assembles and programs themselves.
A Real Showcase Class
Every student presents their own final robotics project to parents on the last class.
“By the final class, your child isn't just following instructions on a breadboard. They're designing their own robotics solution and explaining how it works.”
What Your Child Will Build
Every project is built live in class — not copied from a tutorial.
Smart Traffic Light System
Build an automated traffic light using LEDs and Arduino while learning timing, sequencing, and control logic.
Automatic Night Lamp
Create a smart lighting system that automatically turns on in the dark using a Light Dependent Resistor (LDR) sensor.
Obstacle Detection Alarm
Program an ultrasonic sensor to detect nearby objects and activate a buzzer, just like parking sensors used in vehicles.
Bluetooth-Controlled Robotic Car
Assemble and program a robotic car that moves forward, backward, left, and right using commands from a smartphone via Bluetooth. Learn motor control, wireless communication, and robotics programming.
Final Robotics Innovation Project
Design, build, and present an original robotics project by combining sensors, motors, LEDs, and Arduino programming concepts learned throughout the course.
How the Course Works
A clear learning path from first concept to final project.
Robotics and Electronics Foundations
- The basics of circuits, breadboards, and Arduino, from setup to your first uploaded program.
Sensors and Smart Automation
- Reading real-world data with light and distance sensors to trigger buzzers and automatic lights.
Motors and Robotics
- Adding movement and wireless control, building toward a Bluetooth-controlled robotic car.
Robotics Innovation Challenge
- Designing, building, and presenting an original robotics project from scratch.
Skills They Walk Away With
These are the same skills that power every app on your phone.
Arduino Programming
Write and upload programs to control electronic devices using Arduino IDE.
Circuit Building
Build safe and functional electronic circuits using breadboards and jumper wires.
Sensor Integration
Connect and program sensors to collect and respond to real-world data.
Motor Control
Operate DC motors and servo motors for movement and automation.
Innovation and Creativity
Design and build original robotics solutions through project-based learning.
Meet Your Instructor
Our instructors are specialists who chose to teach children.
Bhuwan Basnet
Lead Instructor: Robotics and AI
Bhuwan Basnet holds a Bachelor's degree in Electronics Engineering and has 1.5 years of experience teaching kids to build real projects. He specializes in Robotics and AI, helping students learn through hands-on, project-based activities where they design, build, and program their own robots. His practical teaching approach encourages creativity, logical thinking, and confidence while enabling students to bring their robotics ideas to life in a fun and supportive learning environment.
Course Details
Everything you need to know. In one place.
Questions Parents Ask
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Mascot believes:
Anyone can code. Anyone can create. Let's build the future together!
Start Your Child's Coding Journey
One free trial class. 45 minutes. No payment required. Your child builds their first project before the class ends.