Installation Photo Gallery, Northampton Community College, Fall 2011
Photo Gallery - Bruce Wall Designs & Photographs
Digital Installation - Video Gallery
Bruce Wall and Josh Miller
Kolam Wall, 2011
A multiple part work consisting of four, 48 X 48 inch and six, 24 X 24 inch,
acrylic and mixed media paintings on canvas (BW); two, black & white digital
animation films with motion sensor activated sound (JM & BW)
Bruce Wall and Josh Miller
Virtual Kolam, 2011
A participatory, multi-media installation featuring a drawing tablet, drawing
programming and website (JM); painted console, projection platform, saris,
fabric, and design (BW).
Bruce Wall and Josh Miller
Animated Virtual Kolam, 2011
Animated projection on shaped screen of the Virtual Kolam library of
images. Database is updated every 10 minutes with images projected at two speeds – 1 per second and 10 per second. Custom software by Josh Miller.
Bruce Wall and Josh Miller
Kolam Cube, 2011
An illuminated, kinetic sculpture* made from clear acrylic, monofilament,
mirrors, carpeting, wood, paint (BW). Arduino I/O board, computer programmed
motion, LED RGB lighting (JM)
Josh Miller
Augmented Reality Kolam, 2011
Microsoft Kinect, custom software written in Processing, 3-D models created in
Newtek Lightwave, video projection
Supplimentary Videos From Show
The Art of KOLAM, 2008 – 2011
Video and Photography by Adam Atkinson, Irene Cordero, Walt Schupp
Jr. and Bruce Wall
Featuring students, faculty and staff of NCC participating in Kolam Workshops,
demonstrating techniques and discussing the practice.
3-D Animation Kolams, 2011
ARTA 133 Advanced 3-D Computer Animation (J. Miller instructor)3-D Animation with sound
Featured students:
1. Emily Cullen
2. Ashton Gomez
3. Brian Jodoin
4. Amy Montanez
5. Giovanni Rodriguez
6. Nicholas Zabolotnyi
Students were presented with an introduction to the practice of Kolam and provided with examples of traditional designs (BW). They were then asked to create 3-D animations based on their personal interpretations of these motifs and guided through the use of advanced features in Lightwave software (JM).