top of page
ENGINEERING DESIGN & DRAFTING
by Wylie Lorente
Certified Mechanical Engineer Technologist
Current Mechanical Engineering Student at the UofA
With professional experience in 3D Design and Manufacturing
PAST PROJECTS
Mill creek pedestrian bridge refurbishment
This is bridge B32, which spans a large gap over a portion of the Mill Creek ravine. On this bridge there were lots of bearing supports that had to be modeled and fabricated for the beams and trusses.
Walkway for B032, I did all the components for the railing, post caps and W-beams that the posts attach to.
This provides a good view of all the braces that were mounted along the trusses.
This photo of bridge B32 provides an excellent photo of the tie rods/brackets that were used to prevent the bridge from shifting. You can also see some of the thousand L-Brackets that were used to mount the walkway boards to the support beams.
Another view of B32 spanning across the ravine.
Here you can see top down view from google earth of where the bridges are located in the Mill Creek Ravine.
This is bridge B32, which spans a large gap over a portion of the Mill Creek ravine. On this bridge there were lots of bearing supports that had to be modeled and fabricated for the beams and trusses.
Walkway for B032, I did all the components for the railing, post caps and W-beams that the posts attach to.
This provides a good view of all the braces that were mounted along the trusses.
This photo of bridge B32 provides an excellent photo of the tie rods/brackets that were used to prevent the bridge from shifting. You can also see some of the thousand L-Brackets that were used to mount the walkway boards to the support beams.
Another view of B32 spanning across the ravine.
Here you can see top down view from google earth of where the bridges are located in the Mill Creek Ravine.
This is bridge B32, which spans a large gap over a portion of the Mill Creek ravine. On this bridge there were lots of bearing supports that had to be modeled and fabricated for the beams and trusses.
Walkway for B032, I did all the components for the railing, post caps and W-beams that the posts attach to.
This provides a good view of all the braces that were mounted along the trusses.
This photo of bridge B32 provides an excellent photo of the tie rods/brackets that were used to prevent the bridge from shifting. You can also see some of the thousand L-Brackets that were used to mount the walkway boards to the support beams.
Another view of B32 spanning across the ravine.
Here you can see top down view from google earth of where the bridges are located in the Mill Creek Ravine.
This is bridge B32, which spans a large gap over a portion of the Mill Creek ravine. On this bridge there were lots of bearing supports that had to be modeled and fabricated for the beams and trusses.
Walkway for B032, I did all the components for the railing, post caps and W-beams that the posts attach to.
This provides a good view of all the braces that were mounted along the trusses.
This photo of bridge B32 provides an excellent photo of the tie rods/brackets that were used to prevent the bridge from shifting. You can also see some of the thousand L-Brackets that were used to mount the walkway boards to the support beams.
Another view of B32 spanning across the ravine.
Here you can see top down view from google earth of where the bridges are located in the Mill Creek Ravine.
This is bridge B32, which spans a large gap over a portion of the Mill Creek ravine. On this bridge there were lots of bearing supports that had to be modeled and fabricated for the beams and trusses.
Walkway for B032, I did all the components for the railing, post caps and W-beams that the posts attach to.
This provides a good view of all the braces that were mounted along the trusses.
This photo of bridge B32 provides an excellent photo of the tie rods/brackets that were used to prevent the bridge from shifting. You can also see some of the thousand L-Brackets that were used to mount the walkway boards to the support beams.
Another view of B32 spanning across the ravine.
Here you can see top down view from google earth of where the bridges are located in the Mill Creek Ravine.
UOFA STUDENT INNOVATION CENTER STRUCTURE
Other noteworthy projects
Mill Creek Bridges
UofA
Other Projects
bottom of page