"Universidad Nacional Autonoma de Mexico"
(25th place overall)

Design Paper (23rd):

Presentation (13th):

Besides Clemson, Mexico was the only other team to employ a dual screen approach to deliver their power point presentation.  They were also the only team to use a complete audio score and the first to capture media attention.

The presentation was given by three male team members dressed in formal attire.  The major screen was used for animation while the smaller screen contained stationary graphics that complimented their script.  The team employed a number of different presentation techniques ranging from graphic overlays to animated line drawings that made for a very interesting presentation.

The judges questioned the team regarding transport of the canoe and the steps taken to increase the factor of safety.  The team was asked how they improved the structural integrity when they found that it was inadequate.  The judges asked about the mode of failure observed during tests and questioned why sand was used as an aggregate.  They were asked why, with such a heavy canoe, they felt that they stood a chance when pitted against canoes that were half the weight of theirs. 

Questions were fielded regarding the time line and project management approach.  The team was asked what regional event they attended to qualify for the competition and how they could complete all of their work by December.

The presentation was followed by a chant from fellow team members strategically positioned in the audience.

Product (25th):

Name: Puma
Length: 20'
Weight: 260 lb
Color: blue and gold

Vital Stats:

The Universidad Nacional Autonoma de Mexico was an invited international competitor and was the first school to proudly represent Mexico at the national level.  This was their first national appearance and their twenty fifth place finish in 2002 was the team's highest to date.

Display (13th):

Canoe/Materials/Facts:

Mexico's design was inspired by Olympic racing canoes with modifications to increase stability and maneuverability.  The canoe was constructed using a very low density concrete.  It incorporated two layers of carbon fiber mesh for reinforcement.