Making Robotics Simpler

Starting the engine0%

motor_controller_revA · step 1 of 5

Schematic

Every part and every connection, drawn as a circuit.

Design rules not run yet

chassis_v1 · feature tree

Sketch

Extrude 26 mm

Wheels × –

Parts 0 of 4

Finished robot

Drive test

Wheel speeds

left0.90

right0.90

v = (r + l) / 2 = 0.00 m/s
ω = (r − l) / L = 0.00 rad/s

Firmware loop

clear

statecruising

speed0.00 m/s

ROS 2 · navigation

starting

map cells0

to goal-

its map

Drag to look around

Newrro · AMR Engineering Specialization

Build a robotthat drives itself.

136 hours, six stages: from your first circuit to a robot that maps a room and finds its own way. Here is the whole journey in two minutes.

136
hours, hands-on
6
stages
0
experience needed

01 · Electronics · hours 1–22

Open it up.Know every part.

Before you build a robot, you learn what every part does and why it is there.

  • Robot anatomy
  • Power systems
  • Motors and sensors

Tap a part to see what it does and what you learn about it.

01 · Electronics · hours 1–22

Then designits circuit board.

The board that drives the motors is yours. Draw the schematic, place the parts, route the copper and send it off to be made.

  • Schematics
  • PCB layout
  • Fabrication

02 · Mechanics · hours 23–46

Design itin 3D CAD.

Sketch a shape, extrude it into a chassis, add wheels and place the parts. Then press Build to see your design as a finished robot.

  • 3D CAD
  • Sketch and extrude
  • Assemblies
1 Sketch
2 Extrude
3 Wheels
4 Parts
5 Build

02 · Mechanics · hours 23–46

Turn motioninto maths.

Work out how fast each wheel has to spin to drive straight, curve or turn on the spot.

  • Kinematics
  • Robot maths
  • Control

03 · Embedded · hours 47–66

Teach it tostop on its own.

Program the microcontroller that reads its sensors many times a second, brakes before a collision and steers around it. Then stream its status over IoT.

  • Microcontrollers
  • Sensors
  • IoT

04 · Autonomy · hours 67–96

Now it thinksfor itself.

With ROS 2 it maps the warehouse, plans a safe route and drives it. Your turn: zoom out and click anywhere on the floor.

  • ROS 2
  • Mapping
  • Path planning
  • Computer vision

05 · Applications · hours 97–116

Then makeit yours.

Same robot, your problem. Pick a real job and design the top module that turns the base into a product.

  • Product design
  • Integration
  • Prototyping

06 · Deployment · hours 117–136

Deploy it inthe real world.

Make it reliable for industrial conditions, deploy it where it is needed, and present your engineering decisions to an expert review panel.

You leave with

  • A robot you designed, built and programmed
  • A circuit board you laid out yourself
  • Autonomous navigation running on real hardware
  • A deployed capstone, reviewed by an expert panel

Register for the founding cohort

AMR Engineering Specialization. Takes under a minute; we'll get in touch with the next steps.

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© 2026 Newrro · AMR Engineering Specialization. Every robot and scene here is an original render made for Newrro.