Where Kids Turn Ideas into Moving Machines
Program Levels
Junior
Junior Robotics
Build real robots from scratch — no prior experience needed!
- Measure voltage, current & resistance with a multi-meter
- Apply Ohm's Law & Kirchhoff's Laws to solve circuits
- Build autonomous robots from scratch
Senior
Senior Robotics
Program real robots using Arduino — no prior coding experience needed!
- Program the Arduino Uno with variables, GPIO & PWM
- Add wireless Bluetooth control & home automation
- Complete 20 progressive Arduino projects
Advanced
Advanced Robotics
Program real robots using the ESP32 microcontroller with VS Code and PlatformIO!
- Master the ESP32 microcontroller with VS Code & PlatformIO
- Work with advanced & biometric sensors
- Build 4 connected robots across 24 progressive projects
Junior Robotics
Build real robots from scratch — no prior experience needed!
Understand and measure voltage, current, and resistance using a multi-meter
Apply Ohm's Law and Kirchhoff's Laws to solve circuit problems
Build autonomous robots from scratch
Work with real electronic components: LEDs, transistors, sensors, timer ICs
Read circuit schematics and assemble circuits on a breadboard
Senior Robotics
Program real robots using Arduino — no prior coding experience needed!
Understand the Arduino Uno microcontroller and set up the Arduino IDE for programming
Write and upload Arduino sketches using variables, digital/analog pins, and PWM control
Work with real electronic components: LEDs, LDR sensors, temperature sensors, servo motors, ultrasonic sensors, and IR detectors
Read circuit schematics and build hands-on circuits on a breadboard
Build autonomous robots of increasing complexity
Implement wireless communication and home automation using Bluetooth (HM-10 + Dabble app)
Complete 20 progressive Arduino projects from basic LED control to full robot assembly
Advanced Robotics — ESP32 Track
Program real robots using the ESP32 microcontroller with VS Code and PlatformIO!
Master the ESP32 Microcontroller: Understand ESP32 architecture, pinouts, and built-in Wi-Fi and Bluetooth capabilities using VS Code and PlatformIO.
Advanced Firmware Development: Write, flash, and debug advanced firmware using digital/analog GPIO, I2C protocols, and multi-sensor fusion logic.
Work with Advanced & Biometric Sensors: Interface with DHT environmental sensors, MQ-2 gas/smoke detectors, MPU-6050 gyroscopes, PIR motion sensors, and pulse sensors.
IoT, Web, and Cloud Automation: Build and host local browser-based web servers and design cloud dashboards to log live data using ThingSpeak.
High-Power Load Control: Read circuit schematics to build automated home appliances like smart lighting and irrigation systems using relays.
Embedded Vision Integration: Harness the ESP32-CAM module to handle wireless video streaming and implement basic object detection.
Build Advanced Connected Robots: Assemble and program 4 sophisticated robotic platforms, including Bluetooth-controlled, slope-stabilizing, temperature-mapping, and surveillance robots.
Complete 24 Progressive Projects: Move seamlessly from basic GPIO controls and display interfacing up to complex, cloud-connected IoT systems and vision robots.
What Students Will Learn
Measure voltage, current, and resistance using a multi-meter
Apply Ohm's Law and Kirchhoff's Laws to circuit problems
Work with LEDs, transistors, sensors, and timer ICs
Read circuit schematics and build circuits on a breadboard
Set up and use the Arduino IDE for programming
Write Arduino sketches with variables, digital/analog pins, and PWM control
Control servo motors, ultrasonic sensors, and IR detectors
Implement Bluetooth wireless communication
Program Outcomes
Complete 20+ hands-on projects at Junior level, including autonomous robots
Complete 20+ hands-on projects at Senior level, including autonomous robots
Complete 20 progressive Arduino projects
Implement home automation using Bluetooth (HM-10 + Dabble app)
Graduate with real-world electronics and programming skills