Stage 02 of 03 · Builder

Robotics Engineering Fundamentals

Engineering process on a real platform.

Ages: 10 – 16

What students learn

The bridge from "I followed a tutorial" to "I can engineer a solution." Students go beyond drag-and-drop into real coding, real control loops (the math that makes a robot move smoothly instead of jerking), real CAD-then-build discipline, and the engineering notebook habit that competition teams live by. By the end they can read another engineer’s robot code and explain what it’s doing.

Engineering process as a daily habit. Control-loop intuition (bang-bang → proportional). The ability to read and debug other people's robot code. Documentation discipline.

Module-by-module

01

Engineering process

Design → build → test → iterate. Robot spec sheet.
02

Drivetrain mechanics

Wheels, gear ratios, torque vs. speed. Robot drives a precise path.
03

Sensors

Distance, gyro, encoder, color. Robot follows a route by sensor.
04

Control loops

Bang-bang vs. proportional. Smoother line-following.
05

Manipulators

Arm, claw, intake. Robot picks up and moves an object.
06

Autonomous routines

Sequence sensor-driven actions. End-to-end auto.
07

Notebook & CAD

Document with CAD sketches. First proper notebook.
08

Debug bootcamp

When it doesn't work, why? Three documented fixes.
09

Mid-term build

Student picks a challenge. Working solution.
10

Final demo

Present, defend choices. 5-minute demo + Q&A.

What they make

A robot that performs a multi-step autonomous routine, documented in an engineering notebook.

Walk away with

Engineering discipline. Control-loop intuition. Code-reading and debugging skills.

Learn on your own pace

This course can be self-studied end-to-end using these vetted free resources. Work through them at your own pace — alone, or with a parent alongside.

Honorable mentions

Next step

C12 Competition Robotics, or an Innovator project that uses robotics.

Ready to enroll?