Launch Slideshow

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Rush university medical center

Rush university medical center

  • Aerial view of the new hospital tower at Rush University Medical Center, with downtown Chicago in the distance.

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    Aerial view of the new hospital tower at Rush University Medical Center, with downtown Chicago in the distance.

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    Aerial view of the new hospital tower at Rush University Medical Center, with downtown Chicago in the distance.

  • Viewed from the Rush University Medical Center campus, the curvilinear form of Perkinss new hospital tower extends, in part, down to the base of the structure.

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    Viewed from the Rush University Medical Center campus, the curvilinear form of Perkinss new hospital tower extends, in part, down to the base of the structure.

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    Connor Steinkamp

    Viewed from the Rush University Medical Center campus, the curvilinear form of Perkins+Will’s new hospital tower extends, in part, down to the base of the structure.

  • The façade of the lower floors of the building along the Eisenhower Expressway was conceived as a billboard, clad in a curtainwall from ASI. The patient tower is wrapped in metal panels from Sobital, with Viracon windows admitting daylight to perimeter patient rooms.

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    The façade of the lower floors of the building along the Eisenhower Expressway was conceived as a billboard, clad in a curtainwall from ASI. The patient tower is wrapped in metal panels from Sobital, with Viracon windows admitting daylight to perimeter patient rooms.

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    Connor Steinkamp Photography

    The façade of the lower floors of the building along the Eisenhower Expressway was conceived as a billboard, clad in a curtainwall from ASI. The patient tower is wrapped in metal panels from Sobital, with Viracon windows admitting daylight to perimeter patient rooms.

  • Separating the patient tower above from the diagnostic platform below is a recessed mechanical level which contains all of the utilities for the building. In the remaining exterior space on this level, green roofs serve as gardens for the staff. Inside the mechanical rooms, condensate is reclaimed for irrigation water as part of a strategy that has contributed to a LEED Gold rating.

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    Separating the patient tower above from the diagnostic platform below is a recessed mechanical level which contains all of the utilities for the building. In the remaining exterior space on this level, green roofs serve as gardens for the staff. Inside the mechanical rooms, condensate is reclaimed for irrigation water as part of a strategy that has contributed to a LEED Gold rating.

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    James Steinkamp Photography

    Separating the patient tower above from the diagnostic platform below is a recessed mechanical level which contains all of the utilities for the building. In the remaining exterior space on this level, green roofs serve as gardens for the staff. Inside the mechanical rooms, condensate is reclaimed for irrigation water as part of a strategy that has contributed to a LEED Gold rating.

  • Exterior, as seen from campus.

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    Exterior, as seen from campus.

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    Exterior, as seen from campus.

  • Exterior, with view of connecting volume to existing facility.

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    Exterior, with view of connecting volume to existing facility.

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    James Steinkamp

    Exterior, with view of connecting volume to existing facility.

  • Between the new medical center and the existing, adjacent structure, a new lobby volume is topped by a green roof plaza, which serves as an open-air pathway between the buildings.

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    Between the new medical center and the existing, adjacent structure, a new lobby volume is topped by a green roof plaza, which serves as an open-air pathway between the buildings.

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    Connor Steinkamp Photography

    Between the new medical center and the existing, adjacent structure, a new lobby volume is topped by a green roof plaza, which serves as an open-air pathway between the buildings.

  • The double-height lobby serves as a new public entry to Rush University Medical Center, and the green-roof-topped volume also connects the new hospital tower to the adjacent existing building. The focal point of the lobby is what architect Ralph Johnson terms a reverse terrarium, a glass-enclosed garden that brings greenery into the space without the possibility of plant-borne infection.

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    The double-height lobby serves as a new public entry to Rush University Medical Center, and the green-roof-topped volume also connects the new hospital tower to the adjacent existing building. The focal point of the lobby is what architect Ralph Johnson terms a reverse terrarium, a glass-enclosed garden that brings greenery into the space without the possibility of plant-borne infection.

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    Steve Hall

    The double-height lobby serves as a new public entry to Rush University Medical Center, and the green-roof-topped volume also connects the new hospital tower to the adjacent existing building. The focal point of the lobby is what architect Ralph Johnson terms “a reverse terrarium,” a glass-enclosed garden that brings greenery into the space without the possibility of plant-borne infection.

  • View into the reverse-terrarium from above.

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    View into the reverse-terrarium from above.

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    View into the reverse terrarium from above.

  • Axonometric Through Terrarium

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    Axonometric Through Terrarium

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    Courtesy Perkins+Will

  • Section perspective through the terrarium.

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    Section perspective through the terrarium.

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    Section perspective through the terrarium.

  • Ground-Floor plan

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    Ground-Floor plan

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    Courtesy Perkins+Will

  • Fifth-Floor Plan: Interventional Platform

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    Fifth-Floor Plan: Interventional Platform

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    Courtesy Perkins+Will

  • Tenth-Floor Plan

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    Tenth-Floor Plan

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    Courtesy Perkins+Will

  • Axonometric

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    Axonometric

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    Courtesy Perkins+Will

  • Hallway outside the operating rooms.

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    Hallway outside the operating rooms.

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    Hallway outside the operating rooms.

  • In the more orthogonal podium that makes up the first six floors of the building, view lines are maintained wherever possible to retain a connection to the outside.

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    In the more orthogonal podium that makes up the first six floors of the building, view lines are maintained wherever possible to retain a connection to the outside.

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    Steve Hall

    In the more orthogonal podium that makes up the first six floors of the building, view lines are maintained wherever possible to retain a connection to the outside.

  • Nurses stations anchor each arm of the buildings patient-room floors. Cove lighting from Philips is inscribed into the ceiling to echo the overall building form.

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    Nurses stations anchor each arm of the buildings patient-room floors. Cove lighting from Philips is inscribed into the ceiling to echo the overall building form.

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    Steve Hall

    Nurses stations anchor each arm of the building’s patient-room floors. Cove lighting from Philips is inscribed into the ceiling to echo the overall building form.

  • Inside the star-shaped tower, patient rooms outfitted with furniture from Herman Miller Healthcare are located around the perimeter to maximize natural daylight and views.

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    Inside the star-shaped tower, patient rooms outfitted with furniture from Herman Miller Healthcare are located around the perimeter to maximize natural daylight and views.

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    Steve Hall

    Inside the star-shaped tower, patient rooms outfitted with furniture from Herman Miller Healthcare are located around the perimeter to maximize natural daylight and views.

The towers of downtown Chicago are no longer the only architectural landmark on the Eisenhower Expressway that links the Loop to the eastern suburbs. Ralph Johnson, FAIA, of Perkins+Will has designed a new four-petaled icon that marks the entrance to the city. But it’s not a museum, a concert hall, or any other type of cultural institution often associated with this level of expressive form. Instead it’s something far less expected: a hospital. “It’s really a city-scaled civic building,” Johnson says.

Iconic though it may be, the form of the new 800,000-square-foot hospital tower at Rush University Medical Center is actually the result of a relentless pursuit of efficiency. The new building houses diagnostic facilities and 386 patient rooms, and the program very much dictated the structure. The orthogonal six-story volume at the base of the building houses treatment facilities, operating rooms, radiology suites, and the emergency department, and care was taken to share resources between departments wherever possible. “A lot is based on functional adjacencies,” Johnson says. “It’s all predicated on very expensive people’s time traveling from one space to another, and on the safety of the patients.” Patient rooms are housed in the five uppermost levels, which take the form of a four-pointed star. The unique footprint ensures that each patient room is identical, to create efficiency for the staff, while maximizing the amount of exterior wall surface and the number of windows. This allows daylight into, and views from, each patient room. Nurses stations are positioned along the core, and the rounded rooms at the end of each point of the star are left open for lounge and consultation space.

The architects worked hand-in-hand with the hospital during the design process, and took the unusual step of establishing a 25-person office on site, even though the firm is based just a few miles away. The hospital in turn took several department leaders away from their full-time duties to staff the office, ensuring that what might normally be weekly meetings happened on a daily, or even hourly, basis. “Some of the magic of this was to make it feel like people were seamless and working with the same end in mind,” says hospital executive vice president and COO Peter Butler. And nothing in the design was left to chance: When it was determined that the star-shaped layout of the patient tower was the front runner in a series of design options, the team painted out a full patient floor on the site so that doctors and nurses could walk the proposed layout of the hallways and ensure that all operational needs would be met before construction began.

Another design requirement was that the new building had to connect to an existing medical facility. “How this building interfaced with the existing hospital was critical,” Johnson says. This created complexities in connecting new floors to old, but it did allow for a 100-foot-wide lobby between the two buildings. The double-height space is clad in wood, and features what Johnson terms “a reverse terrarium”—a glazed garden courtyard. The lobby can also serve as a shelter in case of biochemical attack: The space can be transformed into a fully functional emergency response area, and oxygen lines and other utilities, including those for decontamination showers, are hidden behind removable column covers.

In short, practically every design move furthers the goal of providing quality medical treatment for patients and a functional working environment for staff. And it seems to be paying off: According to Butler, patient response surveys indicate that metrics are up in everything from quietness to the number of positive recommendations—not only in the new facility, but across the entire campus. And he credits the architects not only for their careful attention to detail inside, but also with creating a new presence for the hospital. “While we weren’t looking to make an architectural iconic statement, that’s what happened,” he says. “We think it’s kind of a magnificent gateway to the city itself, and Rush always wanted to be viewed as Chicago’s hospital.”


Project Credits
Project New Hospital Tower, Rush University Medical Center, Chicago

Client Rush University Medical Center
Architect Perkins+Will, Chicago—James Zajac, AIA (principal-in-charge); Ralph Johnson, FAIA, Jerry Johnson, AIA (principal designers); Jocelyn Frederick, AIA (principal planner); Bridget Lesniak, AIA, Walter Bissonnette (project directors); Robert Cohoon, AIA (senior interior architect); Rod Vickroy, Jason Rosenblatt, Barbara Burnett (senior interior designers); James Nowak, AIA, Jack Lesniak (senior technical architects); John Moorhead, AIA, Tom Demetrion, Jose Valeros, AIA (senior design architects); Brent Hussong, AIA, Laura Zimmer, AIA, Patricia Canedo, AIA, Zahra Makki (senior medical planners); Jeff Saad, AIA (project designer); Marvina Williams (medical planner); Dennis O’Malley (project manager); Milan Miladinovich, AIA, JB Park, Justin Aleo, AIA (project architects); Michael Tucker (interior designer); Carlos Barillas, AIA, Sawat Tulyathorn, Nathan Fell, AIA, Paul Stovesand, AIA, Rebecca Cox, Aaron Manns, Joachim Schuessler, Hugo Prill, AIA, Young Sup Park, Matt Booma, Bernard Chung, Gelacio Arias, Scott Blindauer, Crister Cantrell, Daniel Ferrario, Leigh Allen, Assoc. AIA, Jennifer Merchant, Hannah Jefferies, Remiko Kitazawa, Michelle Malecha, Assoc. AIA, Andrew Broderick, Assoc. AIA, Matthew Williams, Assoc. AIA, Michelle Hale Stern (project team)
Interior Designer Perkins+Will
Mechanical and Electrical Engineer Environmental Systems Design (ESD)
Structural Engineer Thornton Tomasetti
Civil Engineer Terra Engineering
Construction Manager and General Contractor Power Jacobs Joint Venture
Landscape Architect Hitchcock Design Group; Hoerr Schaudt (entry pavilion)
Lighting Designer HDLC
Lighting Aurora Lighting (entry pavilion)
Parking Walker Parking
Sustainability Ibc Engineering Services (entry pavilion) 
Traffic Kimley Horn
Material Management St. Onge
Code Schirmer (Aon)
Equipment Walsh 
Vertical Transportation Vertex Corp.
Exterior Wall Heitman & Associates
Acoustical Cerami Associates
Signage Fd2s
Size 830,000 gross square feet
Cost $398 million

Materials and Sources
Adhesives, Coatings, and Sealants 3M Co. 3m.com
Carpet Interface FLOR interfaceflor.com; Bentley Prince Street bentleyprincestreet.com
Ceilings Armstrong armstrong.com; Ceilings Plus ceilingsplus.com
Curtainwalls ASI
Exterior Wall Systems Sobotec Architectural Wall System Solutions (metal panels) sobotec.com
Flooring Polyflor polyflor.com; Altro altrofloors.com
Furniture Herman Miller Healthcare hermanmiller.com/healthcare
Glass Viracon viracon.com
Green Roof LiveRoof liveroof.com; American Hydrotech hydrotechusa.com; Roxul (insulation) roxul.com
Lighting Control Systems Lightolier lightolier.com; Leviton leviton.com
Lighting Philips Lighting lighting.philips.com
Masonry, Concrete, and Stone Chicago Block and Brick Co.
Metal Alucobond alucobondusa.com; Kalzip kalzip.com
Paints and Finishes Sherwin-Williams sherwin-williams.com
Pavers Hanover Architectural Products hanoverpavers.com
Roofing American Hydrotech hydrotechusa.com
Seating Herman Miller Healthcare hermanmiller.com/healthcare
Structural Systems Nucor-Yamato Steel Co. (steel) nucoryamato.com
Walls Panolam panolam.com
Windows and Doors Viracon (exterior glazing) viracon.com
Window Shades Mechoshade mechoshade.com