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"New
Mexico State University" Presentation:
Two team members made the delivery and the team began by
explaining the rational behind their canoe’s name.
Then, they outlined their organizational structure. The team described the construction process and highlighted
the goals of their hull design. They
outlined how they met the C-33 requirement and described the critical
constituents employed in their concrete mix. The team was in the process of describing their testing
procedures when their laptop computer went belly up. After what seemed to be an eternity (several minutes), the
team explained that strain gages were embedded into the structure to quantify
the design loads. They explained how they performed their hydrodynamic
analysis and showed videos to illustrate the construction process.
The methods used for finishing the canoe were outlined.
A cost breakdown was given and mention was made regarding fundraising. Judges Comments/Questions: Undaunted, two additional team members joined the
presenters to answer questions:
Commentary: When their computer failed, the team took valuable time
trying to reinstall the software… while the audience sat in silence.
After a few minutes, the team apologized for the interruption and
explained that they would be using another computer.
It took them an additional several minutes to get their new unit booted. New Mexico could have turned their hardware failure into an asset... if some thought was given to damage control… especially if the judges realized that the team was in real trouble. It probably would have been best to announce that they were having technical difficulties and then continue despite their handicap. But the team seemed undaunted even when things looked very bleak and, to their credit, persisted in showing the audience how much work they had done. It goes to show you that technology can sometimes prove more of an impediment than an asset. Product:
Canoe Name: Ojo del Tigre New Mexico State reported making design changes after testing their prototype. Their canoe had a parabolic stern and the canoe was wider in the front section to make it easier for the crew to scoot forward and paddle. |