Finishes for the Eisenhower Theater were selected to modernize its look and feel and add elegance to what had been a dull space. |
The Eisenhower Theater in the John F. Kennedy Center for the Performing Arts in Washington, D.C., opened in 1971. By the turn of the century, after three-plus decades of heavy use, the 1,142-seat box-within-a-box playhouse on the Potomac was starting to show its age. Poor lighting and tired, worn finishes created a gloomy atmosphere. The onstage HVAC system couldn't even be used during performances, and there were tons of asbestos in the ceiling.
Two years ago, the local office of Quinn Evans | Architects was brought in to work with the Kennedy Center staff and theater users on a renovation. Because the theater hosts a variety of productions—plays, musicals, and contemporary dance—its many stakeholders—from programming and special events to the handicapped accessibility department—had a wide variety of needs.
These included modernizing the lighting and audio systems, expanding the orchestra pit, improving handicapped accessibility, abating the asbestos, upgrading the dressing rooms, and streamlining theater operations—not to mention updating the theater's aesthetics to modern standards. The Building Team was further constrained by having to maintain the seating capacity while making no significant changes to the structural box that acoustically isolates the theater.
Using a Revit building information model, the architects detailed the entire design down to the individual seat and worked closely with construction manager Whiting-Turner to discover not only the right design and constructability solutions, but also to estimate real-world costs and stay within the project's $17.9 million budget.
To solve the accessibility problem, ramps were introduced at the box tier through the new space available between diagonal bracing members, and the seating area was expanded to accommodate wheelchair seating. To enhance the intimacy of the theater, the balcony fronts at both the box tier and balcony levels were extended to create a softer line around the audience. Total seating capacity was actually increased by 24 seats.
New lighting positions, theatrical rails, dressing rooms, a new audio system, enhancements to the existing HVAC system, and control rooms were all designed to be hidden from view behind the theater's new walls. —Jeffrey Yoders, Senior Associate Editor
Related Stories
| May 22, 2014
BIM-driven prototype turns data centers into a kit of parts
Data center design specialist SPARCH creates a modular scheme for solutions provider Digital Realty.
| May 22, 2014
Facebook, Telus push the limits of energy efficiency with new data centers
Building Teams are employing a range of creative solutions—from evaporative cooling to novel hot/cold-aisle configurations to heat recovery schemes—in an effort to slash energy and water demand.
| May 15, 2014
'Virtually indestructible': Utah architect applies thin-shell dome concept for safer schools
At $94 a square foot and "virtually indestructible," some school districts in Utah are opting to build concrete dome schools in lieu of traditional structures.
| May 13, 2014
19 industry groups team to promote resilient planning and building materials
The industry associations, with more than 700,000 members generating almost $1 trillion in GDP, have issued a joint statement on resilience, pushing design and building solutions for disaster mitigation.
| May 12, 2014
Defining BIM – What do owners really want?
Given the complexities of the building process, it can be difficult for building owners to effectively communicate what they want and need with BIM. The response to the question usually is, “Give me everything.”
| May 2, 2014
Norwegian modular project set to be world's tallest timber-frame apartment building [slideshow]
A 14-story luxury apartment block in central Bergen, Norway, will be the world's tallest timber-framed multifamily project, at 49 meters (160 feet).
| May 1, 2014
Super BIM: 7 award-winning BIM/VDC-driven projects
Thom Mayne's Perot Museum of Nature and Science and Anaheim's new intermodal center are among the 2014 AIA TAP BIM Award winners.
| May 1, 2014
Chinese spec 'world's fastest' elevators for supertall project
Hitachi Elevator Co. will build and install 95 elevators—including two that the manufacturer labels as the "world's fastest"—for the Kohn Pedersen Fox-designed Guangzhou CTF Finance Center.
| Apr 23, 2014
Ahead of the crowd: How architects can utilize crowdsourcing for project planning
Advanced methods of data collection, applied both prior to design and after opening, are bringing a new focus to the entire planning process.