Dr. Simon Yuill is an artist and programmer who is based in Scotland. He is a member of staff in the School of Media Arts and Imaging, in Duncan of Jordanstone College of Art and Design (which is itself now a faculty of the University of Dundee).

He was thanked on the artwork accompanying the A Few Old Tunes cassette. The extent and the nature of his involvement in that release are unknown; likewise, it is not known whether he was ever a member of the Hexagon Sun collective.

The BBC website contains a description of the "Dots and Lines" online exhibition, including the information that the musicians Simon has worked with include Boards of Canada, Kaffe Matthews and Zeena Parkins. [1] His collaboration with the latter two musicians was evidently the "Weightless Animals" project, a series of "Sonic Space Cartoons" in Flash animation form.

His interests include art, music, political activism, performance, and free software. In 2004, he was the organizer of "Your Machines", a series of workshops and discussions about Free Open Source Software that were held in the CCA (Centre for Contemporary Arts) in Glasgow.

Simon was the project director of "Spring_Alpha", a networked game set in a council estate; the game allows virtual "social experimentation", not only by means of normal game play, but also by modification of its own source code.

Together with Tryggve Askildsen, Simon is a member of the code-art collective "Slateford". Although the two have never met, they collaborate online to explore the aesthetics of old-school computer programming, but using contemporary equipment. All of Slateford's artistic output is in black and white.

External links

• Biography at the Duncan of Jordanstone College website.
• Your Machines : Your Culture an essay by Dr. Simon Yuill.
• Your Machines official site.
• Slateford official site.
• Slateford including a biography of its members.
• Spring_Alpha
• Weightless Animals programming by Simon, music by Kaffe Matthews and Zeena Parkins.

This article is a stub. You can help bocpages by expanding it.