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Project

Rogers Place

We provided structural design and façade engineering services for an 18,500-seat ice hockey arena that is home to the NHL's Edmonton Oilers.

Lead Contact

Project Details

Project Partners
HOK, PCL & ICON Venue Group
Owner
City of Edmonton & The Katz Group
Location
Edmonton, Alberta, Canada
Completion Date
Area
1,400,000 ft²
Sustainability
LEED Silver Certification
Seating Capacity
18,500
Teams/League
Edmonton Oilers - NHL
Number of Suites
57
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Rogers Place in Edmonton, Alberta, Canada. Courtesy davenin/Flickr
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Rogers Place in Edmonton, Alberta, Canada. Thornton Tomasetti
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Rogers Place in Edmonton, Alberta, Canada. Thornton Tomasetti
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Rogers Place in Edmonton, Alberta, Canada. Thornton Tomasetti
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Rogers Place in Edmonton, Alberta, Canada. Thornton Tomasetti
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Rogers Place in Edmonton, Alberta, Canada. Thornton Tomasetti

The Oil & The Ice

When the city of Edmonton needed to find a new home for the Edmonton Oilers, the resulting plan centered the arena on a 16-acre site in the middle of the new downtown ICE District development, a mixed-use sports and entertainment complex billed as the largest in Canada. Roger’s Place can host 18,500 fans for a hockey game or open up the ice surface for event space. The complex also includes an additional community ice rink which doubles as the Oiler’s practice space, a pedestrian bridge, above-grade parking and an office building.

We provided structural design, advanced analysis and façade optimization analysis to HOK, PCL and ICON Venue Group for the 1.4-million-square-foot glass-and-steel arena.

Rogers Place Construction Jeff Nash / Edmonton Oilers
Rogers Place Construction
Rogers Thornton Tomasetti

Highlights

  • The arena’s structural system consists of belled caissons, cast-in-place concrete at the event and below-grade parking levels and a steel-framed superstructure above.
  • A 1,800-meter winter garden bridge - featuring tall glass walls and ceilings that rise up to 25 meters – is integrated with the arena, with slide bearings and hidden expansion joints located below the bridge at the far side of the roadway.
  • Some challenging structural design features include the use of large unbraced column lengths, transfers of major column lines, large irregularly shaped slab openings and occupied floors hung from the long-span roof.
  • Our CORE studio team performed computational modeling and surface rationalization so the curvilinear glass façade could be built using cold-bent, quadrangular, insulated glass. We also developed a custom tool that used Kangaroo – a Grasshopper plug-in for form-finding – to speed warpage analysis.
rogers Our team developed a facade rationalization workflow to significantly speed up the development of the complex facade and roof geometries.

Our Team