SoundBlocks

SoundBlocks

SoundBlocks is a tangible environment where young users connect blocks to describe network dataflow. The environment explores digital sound manipulation as a personal, meaningful and fun artistic endeavor, rather than as a venture into mathematical, electronic or networking relationships.

Lead by their own curiosity, children can design their own sounds by exploring SoundBlocks. In doing so, they will indirectly learn about networks, mathematics and hardware synthesizers and sequencers. The environment will shift the child’s focus from the product of creation to the process of creation.

SoundBlocks was part of my Master’s Thesis at MIT’s Media Laboratory. I built SoundBlocks collaborating with colleague Andrew McPherson.

Similar Posts

  • TV Mountain

    TV Mountain is an art piece which was initially installed as part of TechArtICT’s Dreamgrass installation at Exploration Place Fall 2022. It consisted of 12 TVs at various angles and orientations, together forming a jumbotron. As part of Dreamgrass, it subjected faceless child-like objects to a litany of 80s commercials. The working remote enjoyed a…

  • The Incubator

    The Incubator is an art piece which was initially installed as part of TechArtICT’s Dreamgrass installation at Exploration Place Fall 2022. Within the installation it was the machine where faceless children were created and indoctrinated. A Center TV displayed a teleprompter which offered encouragement for viewers to become participants, reading into a microphone placed at…

  • Assembly Language Programming

    In the Spring of 2008 I taught Wichita State University’s Assembly Language Programming for Engineers course. As explained in the syllabus, the course used the Z80 microprocessor and the GameBoy platform to introduce general concepts of computer architecture, machine and assembly language programming. Students practiced the ideas and concepts introduced in the course with programming…

  • Microphone with proximity detection

    Around 2004 I developed a few protoype microphones enhanced to also offer proximity detection. The microphone could adjust it’s amplitude and bass response based on the proximity of the person using it. This would lessen the variable results users experience when holding a microphone too close or too far. Moreover, with proximity or its derivative mapped to a combination…