With very few instruments outside of my classroom percussion instruments, teaching about sound production was difficult because it is hard to demonstrate and hard for students to apply.

One example of this is using technology to further student understanding of sound.

Technology can provide an opportunity for students to dig deeper in ways that may not have been possible without it! This is my favorite thing about incorporating technology into my classroom.

3D, A-frame, ARCore, Actions on Google, Android Live Wallpaper API, Android NDK, Android SDK, Android Things, Apps Script, Arduino, Augmented Reality, Blender, CLIP, Canvas, Canvas Quiz, Captive Portal, Cardboard SDK, Cast API, Cinder, Cloud Text-to-Speech API, Convnet.js, D3.js, Demoscene, Dialogflow, Firebase, Framer Motion, GAN, GLSL, GPT-2, Gamepad API, Google Assistant, Google Assistant SDK, Google Cloud AI, Google Cloud Speech API, Google Cloud Vision API, Google Maps Tile API, Google Natural Language, Google Sheets, Handwriting Recognition, Haxe, Javascript, Keras.js, Kotlin, Kotlin, LIT, Machine Learning, Magenta, Magenta.js, Mapbox GL, Maps Places API, MaryTTS, NLP, Nearby API, Nearby API, Node.js, Notification Access API, OpenCV, OpenGL, Opengl, P5.js, Paper.js, Particles, Pixi.js, Polymer, PoseNet, Potree, Processing, Raspberry Pi, React, React Map GL, Shadercam, Speech Synthesis API, Tango, Teachable Machine, TensorFlow, TensorFlow Lite, TensorFlow Lite for Microcontrollers, Tensorflow, Tensorflow.js, Three.js, Tone.js, Torch, Touch Designer, Translate API, USB OTG, Unity, Visualization, Vuforia, Wavenet, Web Audio API, Web Speech API, WebGL, WebMIDI, WebRTC, WebXR, Websockets, Wekinator, es6, ink.js, openFrameworks, react.js, t-SNE, tensorflow.This is a guest lesson plan by Katherine Miller.

Chromebook music lab