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500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads...

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500 S. Main 2016 aia nevada excellence in design awards Parking GARAGE #B16044
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Page 1: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

500 S. Main2016 aia nevada excellence in design awards

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Page 2: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

Project Description Form (1 of 2)

Name of Project: City of Las Vegas 500 S. Main Street Parking Garage

Project Identification Number: B16044

Project Category: Built Architecture

Type of Project: Parking Garage

Completion Date: February 2012

Type of Construction: II-A

Materials Used: Steel, Concrete, Aluminum

Building Area: 64,268 SF

Statement of Design Approach:

The 500 South Main Street Parking Garage serves as parking for employees of the newly constructed City of Las Vegas City Hall and in

the future, it will serve the community as additional parking for the Symphony Park Cultural Center just west of the Union Pacific Rail

Road tracks. The project was funded by the City of Las Vegas and was open for use February 2012. This 5-level garage utilizes 1.87 acres

to provide 726 parking spaces, offices for parking staff, storage, 3,800 s.f. for street front retail/ restaurant, and is designed for future

5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony

Park. The project is located in an urban setting across South Main Street from the City Hall just south of Bonneville Avenue.

500 S Main

Parking Garage

2016 aia nevada excellence in design awards

#B16044

A I A L a s Ve g a s a / N e v a d a4 0 1 S . 4 t h S t r e e t

S u i t e 1 7 5L a s Ve g a s , N V 8 9 1 0 1

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Page 3: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

Project Description Form (2 of 2)Name of Project: City of Las Vegas 500 S. Main Street Parking GarageProject Identification Number: B16044Project Category: Built Architecture

Narrative:

The project’s schedule allowed for 4 months of design and drawings for construction with 9 months to build for occupancy. In this time for design, our team divided design efforts with real-time communication and coordination to study the physical aspects of the site, context, logistics of constructing the project, building safety analysis, and opportunity to bring added value.

The site’s physical aspects certainly informed the design team’s decision on programmatic organization. The project has major under-ground power lines servicing downtown that runs through the south end of the site accompanied by a high pressure natural gas line and requires a 46’ wide x 19’ tall easement that runs the entire depth of the site. Because of the large floor plate and the public ame-nities planned for the first level, the 2nd level floor finish height was elevated to 23’ to allow for increased daylighting and an overall perception of openness. Elevator and stair locations were re-examined and finally placed nearest the cross walk from City Hall and at the southwest corner nearest the pedestrian bridge location. The site traffic volume required two points of ingress/egress which flanked either side of the centrally located retail/restaurant and office for parking staff. A “Davis” ramp design allowed maximum efficiency in structural simplicity along with maintaining a compact footprint that aligned with the retail/restaurant street front dimensions. Begin-ning the ramp at the rear also allowed for maximizing a vehicular queuing line at each exit to Main Street. High tension overhead power lines ran along the site’s street frontage. The massing of the garage was pushed away from the property line while the lower retail/res-taurant component was pulled to the sidewalk addressing the street while providing a second level viewing deck. The parking service office utilized the under ramp and other support rooms were organized along the perimeter edges clustered with vertical circulation. It was important to the design team that a form of public art be incorporated into the structure that contributes to the aesthetic con-sciousness of the public corridor down Main Street. An artistic façade element was incorporated along the entire street frontage and is an interpretation of the architectural poetics of the City Hall’s south façade, “…. waterfall in the desert.” The garage scrim could be viewed as its “stream”. The scrim design was intended to be static with a perception of having kinetic properties, similar to seeing images of flowing fabric in the wind or the perception of speed of an active urban street. Aluminum was selected because of its light weight properties and its ability to have its natural material is the finish with issues of corrosion. The organic pattern of the scrim was created by a series of two modularized bent metal units with 3 variations of perforated transparencies. The buildings south and north facade extends the implied pattern of the scrim by the use of galvanized metal highway guardrails. This artifact of the automobile was also designed and detailed as pedestrian column mounted lights and creates a visual portal to the south elevator and stair to the 3rd level bridge connection. The vertical metal wrap along north side of the east façade defines the elevator stairs and mimics the same metal panel finish that is seen on the City Hall’s west elevation. The retro-powder blue of the elevator shares the same branding color as the adjacent Symphony Park. The paprika red color of retail/restaurant picks up the same hue of the near by Justice Center.

500 S Main

Parking Garage

#B16044

2016 aia nevada excellence in design awards

A I A L a s Ve g a s a / N e v a d a4 0 1 S . 4 t h S t r e e t

S u i t e 1 7 5L a s Ve g a s , N V 8 9 1 0 1

t | 7 0 2 8 9 5 0 9 3 6w w w. a i a n e v a d a . o r g

Page 4: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located
Page 5: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

in context...

The scrim design was intended to be static with a perception of having kinetic properties, similar to seeing images of flowing fabric in the wind or the perception of speed of an active urban street. adjacent City Hall

Page 6: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

verticalcirculation

screen facade

exist. power lines

viewing deck

retail

MAIN ST.MAIN ST.

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viewing deck

screen facadeM

AIN S

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challenges...

solutions...

Major underground power lines accompanied by a high pressure natural gas line that run the entire depth of the site informed parts of the design solution.

RAILWAY

Page 7: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

detailed...The galvanized metal highway guardrails, which are intended as a symbolic artifact of the automobile, were also designed and detailed as pedestrian column mounted lights.

Page 8: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located
Page 9: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

solar powered, enhancing the fabric of the city...

Page 10: 500 S. Main€¦ · 5th level photovoltaic parking covers and a pedestrian portal design that leads to a future 3rd level pedestrian bridge to Symphony Park. The project is located

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