Guided physical computing, beginning with the Arduino Starter Kit Classroom Pack

Uno R3 Classroom Pack pathway

Start with a lesson.

Follow the pathway from a first upload to coordinated systems, or open any reviewed lesson when you need a focused classroom exercise.

Start the first lesson
01

Start the board

Upload a known sketch, trace a simple circuit, and make a safe output.

3 lessons
02

Read and respond

Turn a physical input into a dependable program response.

3 lessons
03

Sense and display

Measure the environment, choose a condition, and communicate a value.

4 lessons
04

Make expressive output

Use color, sound, touch, and motion as clear feedback.

4 lessons
05

Control power and motion

Plan power separately from logic before switching or reversing a motor.

3 lessons
06

Coordinate systems

Combine timing, state, and isolated signals into dependable subsystems.

3 lessons

Two boards, separate guidance

Use a pathway reviewed for the board in front of you.

Full kit pathway

Arduino Uno R3

The active pathway uses the Uno R3 boards and components supplied in the Arduino Starter Kit Classroom Pack.

Start with Uno R3
Guided start

Arduino UNO Q 2GB

Two bounded lessons cover App Lab setup and an evidence-based pre-trained audio-classifier exercise. Rudi treats UNO Q as a separate board pathway.

Start with UNO QDo not move an Uno R3 circuit to UNO Q without reviewing the exact electrical requirements.

After a working lesson

Choose how far to go.

02

Adapt a lesson

Use finite choices to change a condition or response and receive deterministic annotated code.

03

Plan a project

Use familiar lessons as building blocks in a chain reaction, escape room, story trail, or performance.