We've been using the Arduino Nano 33 IoT heavily at ITP the last few years and it's enabled some useful additions to the physical computing and networking toolkits. It's my main tool for personal projects as well. In this session I'll review the board's useful features and talk about what it's been like to teach with, both with absolute beginners and with advanced students.

If there's time and questions, I'm also happy to talk about buying parts for physical computing during a pandemic. We gathered some resources this past year or so that might be useful even when things are less difficult.

To get the most out of this session, it's helpful if you've used an Arduino before. If you haven't, or even if you have, the labs, topics, and videos from the ITP Intro to Physical Computing course will give you an overview, both of Arduino and of the Nano 33 IoT. For a quick intro that will make this session more useful to you, check out the following beforehand:

• Digital Input and Output Lab
• Analog Input Lab
• Tone Output Lab
• Notes on the Nano 33 IoT

A few links post-session: Useful links:

• Official Arduino Nano 33 IoT documentation and the pin diagram
• USB Mouse and Keyboard labs
• Intro to MIDI on the Nano 33 IoT
• A more in-depth set of sound examples, written for the MKR, but all run on the IoT
• WiFi1o1_examples, which run on the IoT and MKR1010 with the WiFiNINA library, or MKR1000 with the WiFi101 library
• Bluetooth LE examples
• More Bluetooth examples
• p5.ble, Bluetooth for p5.js
• Accelerometer intro and examples
• Serial IMU to p5.js (accelerometer and gyrometer)
• Connected Devices class (with more connection examples)
• ITP Parts and Tools Guide
• For Morgan, some DMX Examples