Design.Fabricate.Move.
Mechatronics is where mechanical parts, electronics, and code stop being separate disciplines. It's the craft of making hardware that physically moves, senses its own state, and acts on the world.
/ what is mechatronics
Where CAD, PCBs, and firmware become one moving machine.
A motor is nothing without a mount, a driver, and code to command it. Mechatronics is the discipline of fitting 3D-printed parts, custom PCBs, and clean firmware together into something that actually moves, senses, and acts.
/ the build path
Design → Build → Actuate.
Design
Model the mechanism in CAD, pick motors and bearings, and budget torque, speed, and tolerance.
Build
Print the parts, fab the PCB, and assemble the frame that holds every subsystem in alignment.
Actuate
Wire the drivers, tune the firmware, and close the loop so motion is precise and repeatable.
/ the building blocks
The anatomy of a mechatronic system.
Structure
Frames, mounts, and 3D-printed parts that hold motors and sensors in rigid alignment.
Electronics
Custom PCBs, motor drivers, and wiring that deliver power and signals where they're needed.
Firmware
The control code that reads feedback and commands actuators in a tight, timed loop.
Motion
Steppers, servos, belts, and bearings that turn electrical commands into precise physical movement.
/ get hands-on
Ready to make hardware move?
Start with the Mechatronics track — CAD, PCBs, and firmware combined into machines that move.