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Instructor will provide musical prompts such as chordal patterns, melodic fragments, and rhythms as a basis for evocative and expressive improvisation. While we will learn some music theory terminology, the class will de-emphasize sheet music in order to focus on navigating the keyboard itself. All experience levels are welcome.
This discussion-animated, readings-based seminar provides art historical, cultural, and critical contexts for the Visual Arts Lecture Series (VALS). In addition to our ongoing interrogation of the public lecture as such, students present their own work (in any field) and analyze the technical and stylistic aspects of structuring an effective and engaging ‘talk.’ The course provides unique opportunities for interaction with visiting artists, curators, critics, and historians.
This class will introduce students to the fundamentals of scenic art, including terminology, and commonly used tools and techniques. Students will learn to create processes that will guide them from a rendering or scenic finish to a completed project. Skills we will develop include color mixing, surface preparation for soft goods and hard scenery, translating small renderings to fully realized pieces, analyzing and reproducing organic textures and architectural details.
This seminar course investigates the cultural, philosophical, and aesthetic dimensions of sound through critical readings, listening exercises, and discussions. Drawing from fields such as sound studies, media theory, musicology, literature, and art, Readings in Sound challenges students to consider how sound shapes experience, knowledge, identity, and space.
An advanced course in sonic contraptions, for students who have already completed significant work in sound, visual design, or project management. Starting with Collins’ Hardware Hacking, we’ll review soldering, circuit bending (i.e. “tickling the clock”), and associated topics, such as no-input mixing and basic circuit tinkering. We will look at alternative methods of physical sound creation through programming languages and mechanical paradigms such as solenoids and sensors.