Ever wondered if it’s possible to sing two notes at once? It turns out yes, and much more! In this class will cover an overview of audio signals, how sound is physically produced and transmitted. This includes an introduction to spectrograms, waveforms and frequencies. After this, we will explore being able to hear and identify these interesting properties of music. Then a large part of the class will be spent activity-style on exploring a fun application of this knowledge with the strange and mystifying art of unusual singing techniques; including overtone singing and Tuvan throat singing. We will record our voice and examine the frequencies to augment our singing.

What makes the sound of a guitar different from a piano? How do computers process audio to detect what song you are listening to? In this class, we will cover an overview of audio signals, the math behind it and how this relates to the music you hear. This includes an introduction to spectrogram, waveforms, frequency analysis and Fourier transforms. Basic math and program implementation will be covered. We will explore how these interesting properties of audio signals affect the sound that you hear. The next part of the class will be spent activity-style exploring audio processing and synthesis. This includes short lab activities for note detection/transcription, song matching (Shazam), and audio synthesis using software. We will also explore interesting musical phenomena including tuning systems, microtonality, audio quality and harmonics.

Ever listened to "lofi beats to study/relax to" and wondered how the tracks are made? In this class, we'll teach you the basics of producing music, and in particular, how to make a lo-fi hip hop track. You'll learn what gives lo-fi that slow, vibey element and how to create that in your own track. At the end of the session, you'll have your very own lo-fi track, and the foundation to explore music production further.

Learn more about the science behind music! We will cover an overview of audio signals, the math behind it and how this relates to the music you hear. This includes an introduction to Fourier Transforms. Math and program implementation will be covered (programming knowledge not required, please prerequisites). After this, we will explore being able to hear interesting properties of music and dive into the basics of interesting musical phenomena including tuning systems, microtonality, audio quality (LoFi) and harmonics. An introduction into music processing will also be covered. We will explore a fun application of this knowledge with the strange and mystifying art of Overtone singing and Tuvan throat singing. We will record our voice and examine the frequencies to augment our singing. If you are here for only the overtone singing part, you can come to the latter half of the class.