Daniel Warner

Professor of Music

Humanities, Arts, and Cultural Studies

dcwMB@hampshire.edu

Personal Website

Mail Code MB

Daniel Warner

Music and Dance Building 105

413.559.5586

Daniel Warner, professor of music, holds an M.F.A. and a Ph.D. in music from Princeton University.

He is a composer and electronic artist whose sound and installation work has been presented recently at The Festival Synthese in Bourges, France; The Butler Institute of American Art in Youngstown; The Victoria Independent Film and Video Festival in Vancouver, Canada; The AV Festival in Newcastle, England; and the Smith College Museum of Art.

Warner's recent music is available on the Virtuelle label. His book Audio Culture: Readings in Modern Music (co-edited with Christoph Cox) is published by Continuum Press.

Recent and Upcoming Courses

Future Sounds: Exploring Electronica
This course introduces students to key concepts in the study of electronica. The course will teach students to think critically about electronica's social, historical, ideological and technological dimensions. Introductory lectures will examine the musics and establish introduce critical terminology, musical features, timelines, and analytical frameworks. Specific subgenres such as hiphop, house, techno, dub, ambient, trance, dubstep, jungle, and drum 'n' bass will be covered through readings, lectures, documentaries, and listening sessions. Students will be expected to complete weekly reading and listening assignments, in-class presentations, and undertake a small research/writing project. (keywords: electronica, electronic dance music, EDM, electronic music)
Electroacoustic Music
This is a composition course that will also survey the history, theory, and practice of electro-acoustic music. The course will introduce the musical, technical, and theoretical issues of electro-acoustic music, broadly construed to include the Classical avant-garde, Electronica, DJ culture, Re-mixes, Ambient, etc. Digital recording, editing, and mixing will be covered using the Audacity, Logic, or ProTools programs. Students will also work with sampling and looping techniques using Ableton Live. Other topics to be covered include basic acoustics and synthesis techniques. Students will be expected to complete three composition projects during the course of the semester. Formal knowledge of music is helpful, but not required. (keywords: music, electronic music, sound)
Sound Cultures: Unpacking Music and Musical Practices
This course explores and critically examines what constitutes "music" and its manifold practices. Presented from transdisciplinary and multicultural points of view, the course consists of several thematic modules, in each of which two instructors will lead the unpacking of specific subjects, such as the nature of sound, listening, sonic realization of time, musical space, and embodiment. By using different kinds of expertise and methodologies drawn from music theory, sound studies, ethnomusicology, etc., the music we analyze will represent diverse traditions around the world as well as contemporary sound practices representing various global styles. No previous training in music theory is necessary, but the required coursework includes weekly listening, creative transcription, various analysis assignments, and hands-on performative activities. Through these exercises, selected readings, and class discussion, students are invited to open their ears, senses, and minds to unique cultural values, sensibilities, and practices, and rigorously question their conception of "music" and musical discourses.
Computer Music: MAX/MSP/MAX4LIVE
This course will focus on a wide range of topics in sound synthesis and music composition using the MAX/MSP and Max4Live program. Students will undertake projects in interactive MIDI composition, algorithmic composition, additive and subtractive synthesis, waveshaping, AM/FM synthesis, and sampling. Other topics to be covered include SYSEX programming, sound analysis, theories of timbre, and concepts of musical time.
Audio Culture: Theories and Practices in Music Now
This course will explore a range of experimental musical practices and various approaches to thinking theoretically and critically about them. We will consider musical forms such as minimalism, indeterminacy, musique concrete, free improvisation, turntablism, and electronica, and examine these via texts by theorists, composers, and musicians. Investigating different modes of listening to and talking about contemporary music, we will ask such questions as: What are the relationships between music, noise, sound, and silence? What are the effects of recording and sampling on contemporary musical life? Can music have a political or critical function? How is sound inflected by gender and race?
Electroacoustic Music I
This is a composition course that will also engage the history, theory, and practice of electro-acoustic music. The course will introduce the musical, technical, and aesthetic issues of electro-acoustic music, broadly construed to include the Classical avant-garde, Electronica, DJ culture, Ambient, etc. Digital recording, editing, and mixing will be covered using the Audacity, Logic, or ProTools programs. Students will also work with sampling and looping techniques using Ableton Live. Other topics to be covered include basic acoustics and synthesis techniques. Students will be expected to complete three composition projects during the course of the semester. Formal knowledge of music is helpful, but not required.
Analog Electronic Music Synthesis
In this course we will study the concepts of basic analog electronic music synthesis. Students will gain hands-on, working knowledge of traditional hardware synthesizers in a studio setting. Topics to be covered are oscillators and basic waveforms, filters and musical timbre, voltage control, envelopes, gates and triggers, modulation, sequencing, control signal flow, and audio signal flow. We will learn how to synthesize acoustic sounds and create new electronic sounds by using additive/subtractive synthesis and various modulation techniques. In addition, students will study to the physical properties and behavior of sound in relation to electronic music.
Computer Music 2
This course will focus on a wide range of topics in sound synthesis and music composition using the MAX/MSP/JITTER program. Students will undertake projects in interactive MIDI composition, algorithmic composition, additive and subtractive synthesis, waveshaping, AM/FM synthesis, and sampling. Other topics to be covered include SYSEX programming, sound analysis, theories of timbre, and concepts of musical time.