Inspired by his tentacle piece, Bull decided not too long ago that he
was ready for another project. It would need to extend his whimsical
streak, certainly, but it would also have to prove more rigorous in
prompt.
Ms. Charlap hit upon a suitable option in no time. Having advised
Kildonan alumnus August Hunt through a successful application to The Cooper Union for the Advancement of Science and Art (@cooperunion), she proposed a simulation of the Cooper Union home test. This evaluation is an integral part of the application to Cooper Union's School of Art. As described on the Frequently Asked Questions (FAQ) section
of Cooper Union's website, the home test "consists of a number of
visual projects to be completed in approximately 3-4 weeks and returned
to The Cooper Union for review." Interested students choose from a
number of prompts, respond to one directive through a multimedia
project, and submit their work for consideration.
Ms. Charlap offered this undertaking to Bull, who - after examining several prompts - chose to represent the word "cacophony." To
flesh out his project, he worked with a limited number of resources
under a strict deadline. At week's end, he submitted a quirky yet heady
project. Sound waves, graphed and visually represented, played across
the various surfaces of a box. Random resources - cardboard feet and
plastic tubing, for instance - were re-appropriated for anthropomorphic
effect. Overall, the piece was an eclectic, humorous, and interdisciplinary hodgepodge of math and art.
To share your thoughts on Bull's piece, please post in the comments
section below.
Descriptions of four images: A front view of
"cacophony," pictured top right. Top left shows the project's top view
(note the sound wave graphed with pins). Bottom right reveals the
Newton-Laplace Equation, a calculation used by Bull to graph the speed
of sound. Finally, bottom left pictures a rear view (note the tubed
tail).
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