RPI is the Winner in ASME Innovation Showcase
Rensselaer Polytechnic Institute of Troy,
N.Y., captured first and second-place awards in the ASME Innovation
Showcase (I-Show), which was held Nov. 9 during the ASME International
Mechanical Engineering Congress and Exposition in Seattle.
RPI was one of eight universities to compete in the inaugural I-Show,
which judged the entries all of them technology prototypes
based on inventive skill, feasibility, and potential to impact the commercial
marketplace. Contestants were challenged to make a case for their technology
innovations to a judging panel made up of entrepreneurs, intellectual
property specialists, and venture capitalists.
 |
| The winning team at the I-Show,
Gavin McIntyre and Eben Bayer from RPI, present their product Greensulate
a novel insulating material made up of perlite that is bonded
into a composite board by the growth of a benign fungus. |
ASME developed the I-Show in collaboration with the National Collegiate
Inventors and Innovators Alliance and Idea to Product competitions.
The event aims to nurture a new generation of innovators, while supporting
inventive undergraduate projects, student programs, and faculty curriculum
development.
First place in the I-Show went to a two-person team at RPI that developed
Greensulate, a biodegradable insulation material produced from mushrooms
and other organic materials. The inventors, who received $5,000 in seed
funding, promoted the organic material as an environmentally friendly
replacement for foam and other synthetically produced commercial products.
 |
| The eight I-Show presentations
were reviewed by a panel of judges on Nov. 9, the first day of the
Congress. |
A second team from RPI won second-place honors, including $3,000, for
a device that monitors the condition of diabetic patients via analysis
and visual readout of feet. The RPI students named the device STOMP,
or Scanning, Thermal, and Optical Measurement Platform.
 |
| "Sleep Sound," developed
by the team from the University of Idaho, incorporates a variable
inductor embedded into sleepwear to detect stopped breathing of
an infant. A signal is sent from a circuit on the clothing to a
base unit from which an alarm sounds if no breathing movements are
detected for a set length of time. |
Other prototypes entered in the I-Show included a self-stabilizing
hydrofoil for pleasure boats, a drug delivery device for chemotherapy
patients, and a system for monitoring breathing in infants.
A second Innovation Showcase is being planned for 2008 in Boston. For
more information on the program, contact Patti Jo Snyder at (202) 785-3756,
e-mail SnyderP@asme.org,
or visit www.asme.org/Communities/Entrepreneur/Innovation_
Showcase_IShow.cfm.
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