To mark the final day of Engineering and Geoscience Week, on Saturday, March 8, 2014 NAPEG’s Bridge Building Competition was held at the Centre Square Mall in Yellowknife. Thank you to all our participants and for the generous donations from First Air, Air Tindi, the Yellowknife Inn and Centre Square Upper Mall, as sponsors of Engineering and Geoscience Week. 

School students, professionals and the general public from seven different communities throughout the Northwest Territories and Nunavut submitted model bridges which were evaluated for strength, quality of construction, and application of engineering principles.
 
Congratulations goes to…
 
Category 1
School Students in Grades K to 5
 
Gold                  

Weledeh Group 4, Weledeh School, Yellowknife
 
Silver

Ridge Bridge, Kaw Tay Whee School, Dettah
 
Bronze    
Weledeh Group 3, Weledeh School, Yellowknife
 
Highest weight held
182 lbs
Ridge Bridge, Kaw Tay Whee School, Dettah
 
 
 
Category 2
School Students in Grades 6 to 8
 
Gold                  

The Hard Workers, Arnaqjuaq School, Hall Beach
 
Silver

Zed, Thomas Simpson High School, Ft Simpson
 
Bronze    
Bryco, Thomas Simpson High School, Ft Simpson
 
Highest weight held
230 lbs
Team Isis, Kaw Tay Whee School, Dettah
 
 
 
Category 3
School Students in Grades 9 to 12
 
Gold                  

Quluaq School Clyde River Grade 11
 
Silver

Grade 10 & 11, Quluaq School, Clyde River
 
Highest weight held
252 lbs
Quluaq School Clyde River Grade 11
 
 
 
Category 4
The General Public, age 18 and over
 
Gold                  

I’ll Beat Kam – Christina Wallace
 
Silver

Galloping Horse Bridge Constructors – Ann Lynagh
 
Bronze    
N/A At This Time – Ira Franklin
 
Highest weight held
380 lbs
Dayl Hein Originals
 
 
 
 
Category 5
Professional Engineers, Technologists, Geoscientists and Architects
 
Gold                  

Guy Architects – Wayne Guy, Anders Peacock
 
Silver

Kam’s Team – Kam So
 
Highest weight held
57 lbs
Guy Architects – Wayne Guy, Anders Peacock
 
Please note that the strength factor score is calculated based on the highest weight held divided by the square of the mass of the bridge, so the heaviest weight held doesn’t necessarily result in the highest score.