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Problem-Solving Pedagogy: A Foundation For Restructuring, Updating, And Improving Undergraduate Theory And Musicianship Curricula, Michael T. Simonelli Nov 2014

Problem-Solving Pedagogy: A Foundation For Restructuring, Updating, And Improving Undergraduate Theory And Musicianship Curricula, Michael T. Simonelli

Masters Theses

The goal of this thesis is to provide the ideological and practical foundation for an improved approach to undergraduate theory and musicianship pedagogy. I will discuss the structure of conventional theory programs and explore problems inherent to traditional curriculum design. Problem-solving pedagogy, an approach rooted in creative composition and improvisation, will be presented as a complement to traditional theory pedagogy. Balancing problem-solving pedagogy with a more traditional pedagogical approach will provide a practical foundation for improving undergraduate theory and musicianship curricula.


Augmentation Of Delusion, Christopher Lynn Adams Aug 2014

Augmentation Of Delusion, Christopher Lynn Adams

Masters Theses

Augmentation of Delusion is a single-movement piece for chamber orchestra composed by Chris L. Adams. The piece was originally written for a four-person percussion ensemble in 2013 and orchestrated in 2014. This document will analyze the major musical elements of form, harmony, melody, rhythm and meter, and genre of the piece, as well as compare and contrast these variables with other composers’ works.

Music theory terminology and figures will be applied in this document as follows:

1. Set theory functions will be expressed as:
a. Normal order indicated by brackets – [2367]
b. Prime form indicated by parentheses – (0145) …


Gesture-Sensing Technology For The Bow: A Relevant And Accessible Digital Interface For String Instruments, Zachary Boyt Aug 2014

Gesture-Sensing Technology For The Bow: A Relevant And Accessible Digital Interface For String Instruments, Zachary Boyt

Masters Theses

Technological advances in powerful, miniaturized electronics have created a growing potential to continue the evolution of string instruments through an accessible digital interface. Although many new types of instruments and controllers have explored this goal, gesture-sensing technology, when paired with the expressive nature of the bow, has provided the most eligible solution towards bridging technology and tradition. Through a selective showcase of technical development, artistic application, and future possibilities, this thesis traces the evolution of gesturesensing bow technology as an accessible digital interface in string instrument performance.