Build Things That Move
Circuits, sensors, servo motors, and code. Learn how to command the physical world by building real robots and electronic gadgets — starting from a single flashing LED.
Choose Your Mission
How Circuits Work
Voltage, current, resistance, and Ohm's Law. Build a simple LED circuit on a breadboard — the foundation of every electronic device ever made.
The Brains
Meet the Task Master (Microcontroller) and the Mini Brain (Mini-Computer). Learn which brain is best for which robotic job.
Making Things Move & Feel
Explore Inputs (Sensors) and Outputs (Motors & Lights). Match the right hardware to make your robot sense and act upon the world.
Choose Your Build
Select a Capstone project (Plant Savior, Room Guardian, DJ Disco), build it on the virtual bench, and get the hardware blueprint.
MicroPython on ESP32
Ditch the visual blocks. Write real Python code to control microcontrollers over Wi-Fi.
Sensor Fusion
Combine data from accelerometers, gyroscopes, and distance sensors to understand the physical world.
Motor Algorithms
Use PID control loops to make robots drive straight, balance, and reach targets accurately.
Smart Room IoT
Automate your lair. Connect your Arduino to WiFi to build smart lights, automated blinds, and remote sensors.
Computer Vision Basics
Give your machine eyes! Use a simple camera to detect faces, colors, and motion using Python and OpenCV.
Autonomous Navigation
Implement SLAM (Simultaneous Localization and Mapping) so your robot can drive itself through a maze.
Computer Vision
Attach a camera and use OpenCV to recognize faces, track objects, and read signs.
The Hive Mind (Swarm Robotics)
One robot is a toy. Ten robots communicating together is an unstoppable swarm.
LiDAR & Obstacle Avoidance
Stop remote controlling your robots. Learn to use LiDAR and ultrasonic sensors to map out rooms and avoid obstacles on their own.
Kinematics & Control
The math behind the machine. Program multi-jointed robotic arms using Inverse Kinematics to grab objects precisely.