Perception.Decision.Motion.
Every robot — from a line follower to a quadruped — runs the same loop: sense the world, decide what to do, and act on it. Robot building is wiring that loop together in hardware and code.
/ what is robot building
Wires, code, and a machine that moves on its own.
You don't need a lab. A microcontroller, a couple of motors, a sensor, and a plan are enough to build something that reacts to the real world. This is where the Robotics track begins.
/ how a robot runs
Sense → Think → Act.
Sense
Read the world: poll sensors, filter noise, and estimate where the robot is and what's around it.
Think
Decide: run the control loop, plan a path, and choose the next command in milliseconds.
Act
Move: drive the motors, adjust in real time, and close the loop back to sensing.
/ the building blocks
The anatomy of a robot.
Sensors
Cameras, IMUs, encoders, and range finders turn the physical world into numbers the robot can reason about.
Compute
A microcontroller or SBC runs the firmware — reading sensors, running the control loop, deciding what happens next.
Actuators
Motors, servos, and drivers convert those decisions into torque, motion, and force.
Power
Batteries, regulators, and clean wiring keep every subsystem alive under load.
/ get hands-on
Ready to build your first robot?
Start with the Robotics track — motor control, sensors, and motion planning from the ground up.