flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

28th Annual Reconstruction Awards: Modern day reconstruction plays out

28th Annual Reconstruction Awards: Modern day reconstruction plays out

A savvy Building Team reconstructs a Boston landmark into a multiuse masterpiece for Suffolk University. 


By By Tim Gregorski, Senior Editor | January 31, 2012
The reconstruction of the Modern Theatre revived a city landmark. The project he
The reconstruction of the Modern Theatre revived a city landmark. The project helped reinvigorate Boston's Downtown Crossing.
This article first appeared in the February 2012 issue of BD+C.

In the fall of 2008, Boston’s Modern Theatre looked anything but modern. Listed on the National Register of Historic Places, the landmark structure, located in the city’s Downtown Crossing area, was on the brink of collapse when Suffolk University invested $30 million to reconstruct it.

Suffolk University purchased the building from the city of Boston in 2008 in order to enable it to meet the growing needs of its theater program and provide a new student residence hall, according to Gordon B. King, the university’s senior director of facilities planning and management. “The reuse of the property fit well into Suffolk’s master plan, which called for the addition of new housing for 197 students,” he said.

HISTORICAL THEATER EXPERIENCES BOOM, THEN SUFFERS NEGLECT
Designed in 1876 by architect Levi Newcomb, the building originally housed two cast iron storefronts and a carpet storage warehouse. In 1913, the building underwent its first reconstruction. Architect Clarence Blackall was hired to convert the building into a theater for showing silent motion pictures. Blackall incorporated a marble addition into the main façade and inserted a narrow 800-seat auditorium into the basement and first three stories of the structure.

By the late 1920s, the theater was a trailblazer for “talkie” films. But it didn’t take long before the Modern was struggling to compete with larger, more up-to-date theaters throughout Boston. The owners struggled to fill the seats, but the long, slow decline of the theater was set in motion.

The 1970s saw a brief effort to rehabilitate the theater, but that failed and the structure was sold in the early 1980s. It sat largely untouched, rapidly deteriorating for more than 20 years until Suffolk University acquired it four years ago.

PROJECT SUMMARY
Modern Theatre, Suffolk University, Boston

Building Team
Owner/developer: Suffolk University
Architect: CBT Architects (co-submitter)
MEP engineer: Zade Associates
Structural engineers: McNamara/Salvia and Structures North Consulting Engineers Inc.
General contractor: Suffolk Construction Co. (co-submitter)

General Information
Size: 70,000 sf
Construction cost: $30 million
Construction period: November 2008 to October 2010
Delivery method: Design-bid-build

DEVELOPING A TRULY ‘MODERN THEATRE’ FROM THE GROUND UP
When Suffolk University acquired the building, the interior was in such disrepair it was no more than a decaying shell—only the façade could be saved. A few original items were preserved, including a 26-foot-wide painted screen tapestry from the early 1900s Modern Theatre, along with some paneling, wall coverings, and cornices.

“The existing building was in very poor structural condition and was condemned by the city,” says Adam McCarthy, PE, a principal with McNamara/Salvia Inc., Boston. However, the Building Team was committed to designing a new theater that would invoke contemporary standards of comfort and technology, while echoing the form and feeling of the building’s past. In addition, a 10-story residence hall built atop the theater would serve as Suffolk University’s newest dormitory.

STRUCTURAL PROBLEMS BETWEEN RESIDENCE HALL AND FAÇADE
Because the original auditorium was very deep but extremely narrow, reconstruction of the Modern Theatre posed difficult structural design problems.

“We had many challenges with reincorporating the historic façade back in the project, with a major one being how the building movements from the new residential building could be accommodated by or isolated from the historic façade,” says McCarthy. “This led to a great deal of structural modeling and detailing to achieve the acquired goals.”

The narrow building design would make the tall, thin residential hall portion of the structure act like a sail in the wind. The structural engineers had to deal with the complexities associated with the softening of the transfer members created in the lateral force resisting system.

Transfer members carry the load from the residential floors above and spread it over the top of the performance space. With a mostly moment-frame reinforced steel structure, the tower deflects significantly more than the historic stone and masonry façade is able to accommodate.

“This required a carefully detailed and exactingly constructed set of slotted structural connections and expansion joints, as the stone façade still relies on the tower for lateral bracing in its weak axis,” says Adrian LeBuffe, senior associate and project architect with CBT Architects, Boston.

The Building Team next turned their attention to ensuring the original façade would fit seamlessly on the new structure.

Prior to tearing down the original structure, the Building Team spent two months studying, planning, and preparing for the removal of the façade and the restoration process.

As the Building Team deconstructed the white Vermont marble and sandstone exterior, each piece was individually cleaned and catalogued prior to reassembly. Total laser scanning was utilized to obtain exact profiles of each stone, and BIM was used to load the data into a 3D model. This enabled the Building Team to identify dimensional problems with the façade and eliminate conflicts due to the redesign of the new structure, including the façade’s interaction with structural steel. This allowed for the arrangement of special off-site fabrication to avoid any conflicts. As a result, masons were able to install the façade smoothly and efficiently.

“Despite the difficulty of façade deconstruction on a very tight site, a variety of difficult stone restoration issues, and the demands of façade reconstruction to modern code and programmatic requirements, the project went quite smoothly,” says LeBuffe.

The reconstruction of the Modern Theatre resulted in a unique venue in Boston. The Building Team revived a city landmark and included design elements that modernized the distinctive features of the original 1900s theater while preserving the building’s historic façade.

“The city’s vision for restoration and historic preservation in the Lower Washington Street area and [the Building Team’s] vision for this project were one and the same,” said King. “The restoration of the Modern Theatre—one of the area’s three landmark theatres, along with surrounding residential and commercial buildings, has brought beauty, vibrancy, and economic vitality back to the neighborhood.” +

Related Stories

Museums | May 31, 2022

University of Texas at Dallas breaks ground on new 12-acre cultural district

The University of Texas at Dallas (UT Dallas) recently broke ground on the Crow Museum of Asian Art, the first phase of a new 12-acre cultural district on campus.

BAS and Security | May 26, 2022

Can your intelligent building outsmart hackers?

ESD's security services studio leader Coleman Wolf offers tips, advice, and lessons for protecting real estate assets from cyberattacks.

Sports and Recreational Facilities | May 26, 2022

WNBA practice facility will offer training opportunities for female athletes and youth

The Seattle Storm’s Center for Basketball Performance will feature amenities for community youth, including basketball courts, a nutrition center, and strength and conditioning training spaces.

Multifamily Housing | May 25, 2022

9 noteworthy multifamily developments to debut in 2022

A 1980s-era shopping mall turned mixed-use housing and a mid-rise multifamily tower with unusual rowhomes highlight the innovative multifamily developments to debut recently.

Coronavirus | May 20, 2022

Center for Green Schools says U.S. schools need more support to fight COVID-19

  The Center for Green Schools at the U.S. Green Building Council released a new report detailing how school districts around the country have managed air quality within their buildings during the second year of the COVID-19 pandemic.

Regulations | May 20, 2022

Biden’s Clean Air in Buildings Challenge aims to reduce COVID-⁠19 spread

The Biden Administration recently launched the Clean Air in Buildings Challenge that calls on all building owners and operators, schools, colleges and universities, and organizations to adopt strategies to improve indoor air quality in their buildings and reduce the spread of COVID-19.

Building Team | May 20, 2022

Caltech breaks ground on a new center to study climate and sustainability

The California Institute of Technology (Caltech) recently broke ground on its Resnick Sustainability Resource Center.

Laboratories | May 20, 2022

Brutalist former Berkeley Art Museum transformed into modern life science lab

After extensive renovation and an addition, the former Berkeley Art Museum and Pacific Film Archive at the University of California, Berkeley campus reopened in May 2022 as a modern life science lab building.

Sports and Recreational Facilities | May 19, 2022

Northern Arizona University opens a new training center for its student athletes

In Flagstaff, Ariz. Northern Arizona University (NAU) has opened its new Student-Athlete High Performance Center. 

Energy-Efficient Design | May 19, 2022

Shipping containers used to build Research Triangle Park’s first community gathering space

Shipping containers were the prominent building material used to construct Boxyard RTP, the first public community and gathering place in North Carolina’s Research Triangle Park (RTP). 

boombox1
boombox2
native1

More In Category


Urban Planning

Bridging the gap: How early architect involvement can revolutionize a city’s capital improvement plans

Capital Improvement Plans (CIPs) typically span three to five years and outline future city projects and their costs. While they set the stage, the design and construction of these projects often extend beyond the CIP window, leading to a disconnect between the initial budget and evolving project scope. This can result in financial shortfalls, forcing cities to cut back on critical project features.



Libraries

Reasons to reinvent the Midcentury academic library

DLR Group's Interior Design Leader Gretchen Holy, Assoc. IIDA, shares the idea that a designer's responsibility to embrace a library’s history, respect its past, and create an environment that will serve student populations for the next 100 years.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021