Wednesday, October 13, 2010

Architecture Thesis

Critical Position
Various studies have shown the benefits of music education has on people, especially children. These benefits include but are not limited to spatial intelligence (Cooney, 2009), language and reasoning skills, acquisition and problem solving skills, and improved creativity and imagination, which directly relate to critical reasoning. (Cutietta, Hamann, Walker, 1995)
In the United States, many children are unable to develop these skills because of drastic budget cuts to the nationʼs public schools (Hurley, 2004), as well as the No Child Left Behind Act (Lang, Lillie, 2007).
A mobile facility that operates independently of a school district rule, introducing music with a provocative and interactive approach, may encourage its users to pursue greater knowledge of music and obtain its educational benefits.

Tuesday, May 25, 2010





the mExP



the mExP specifics




the mExP specifics 2






the music experience pavilion may be used in a variety of ways, from a music exhibit to a music installation, and to a multi-compositional performance space. also the transitional spaces compliment the open score concept by allowing only 3,6,9, or 12 feet of 'open space'

the mEdP & mEnP


the mEdP & mEnP specifics




Presentation Boards




the presentation was held on may 24, 2010. it went pretty much according to plan, i felt comfortable and strong about the project, therefore i didn't have to feel so much like a used car salesman!

Monday, April 19, 2010

Wednesday, January 13, 2010

Monday, January 4, 2010

Transportable Environments and Music Technology

The iPod (courtesy of Apple Computer) is a prime example of a transportable environment. These environments, typically include portable buildings that are assembled, used, and disassembled, but also include technological gadgets that travel with us. Now days, the most common pocket gadget in the world is the iPod. Since its debut in October of 2001, two iPod’s are sold every minute, and by 2007, Apple announced that the 100 millionth iPod was sold. Why is it that popular? The answer is simple, it took advantage of a changing technology, analog to digital. According to Prasad Boradkar “digital circuitry has replaced electromechanical machinery, integrated chips and printed circuit boards have triumphed over motors and pulleys, and moving electrons have deposed moving components. The result has been a explosion in the number of small, digital gadgets like laptop computers, personal digital assistants, mobile telephones, MP3 players, and video games” (1). The iPod also used a new music file format (a new file language) called the MP3 file. This file is genius in design, where it can be stored on anything containing a hard drive, modified on various music softwares, copied (burnt) onto another devices, and take up a very small amount of space, while never being damaged, seen, or touched, only heard. The iPod has thus led a movement of free music communication without wires or plug-ins, making the previous technology of CD players, which were bulky and required a music mechanism (CDs) in order to be heard, an instant thing of the past. It has become “ a cultural commodity that has changed how music is shared, transported, distributed, stored, and consumed” (2).
As in many of my previous research analyses', the aural world we live in is a major factor of our perception of time and space. As the iPod gives us an individual choice to what is heard, the environmental perception changes. Some might argue that the iPod is an environment itself, both real in time and space, and virtual in content with the acoustical qualities. In Michael Bull’s essay “To each Their Own Bubble”, Bull writes about individual space created by individual stereo users is one that is “non-spatialized conceptual space” (Bull 284) that is ephemeral in nature, rather than geographical.

A building must keep up with this technology both in content and concept.

For more insight into the technologies of music, check out these videos from youtube: