How To Save a Wall

The Faroll Focus during the summer of 2016
Image credit: Photo by Amos Chan
Author  By Lisa Scanlon Mogolov ’99
Published on 

Half as long as a football field and four stories tall, the skylighted Faroll Focus in the Science Center is one of the most quirky, iconic, and voluminous interiors on campus. Bound on one side by brick walls that until 1977 were part of the exterior facade of Sage Hall and, on the other, by the modern lab wing, for 43 years the Focus has been a literal crossroads of the sciences at Wellesley, complete with its own lamppost. Originally, administrative assistants for the science departments worked in the Focus, but in 2011 it was converted to community space and became home to the popular Leaky Beaker café.

When the College came to the conclusion that Sage Hall, completed in 1931, had fulfilled its useful life and needed to be replaced, the decision to preserve the Focus, one of the celebrated architectural features of the 1977 building, was an easy one. More difficult, however, was taking down Sage Hall while saving just those walls that form the Focus.

The solution—a series of steel trusses attached to massive concrete footings to support the walls while the rest was demolished—was a remarkable feat of engineering and construction. The project, begun in December 2018, required 1,600 pieces of steel, weighing 200 tons (about the weight of two Boeing 757-200 jets), 290 cubic yards of concrete (enough to fill about 300 four-person hot tubs), and a customized Italian mini-crane. Plus, all the work needed to be done while parts of the Science Center were in use by students, faculty, and staff. The fact that the Focus is an indoor space brought its own unique set of construction challenges. But after the last of the steel and concrete is hauled away this winter, the Focus will return to its former glory as the crossroads of the sciences—and serve as the main entry point to the new Science Center wings that replaced Sage Hall, which will open in time for the spring semester in 2022.

Becoming the Focus
The 1977 Science Center, designed by Charles Rogers of Perry, Dean, Stahl, and Rogers, was one of the first integrated undergraduate science centers, which are now commonplace on college campuses. It also made a big splash, architecturally speaking. “As a work of late modernism the Science Center is as important as any work of American collegiate architecture of the 1970s,” Quinn Evans Architects and David Fixler Architecture Planning Preservation wrote in a conservation management plan commissioned by the College before it committed to tearing down Sage and renovating the L-wing, where the labs are located.

“The building was big and bold, and a commitment to science in a way that you didn’t see on other college campuses of the time,” says Cathy Summa ’83, director of the Science Center. “If you went to other liberal arts schools, everything was collegiate Gothic. Nothing stood out. But here at Wellesley, that building stood out, and it made a powerful statement.”

According to the conservation management plan, the Focus is one of the most notable features of the building and is a strong early example of the “creative adaptive reuse” of older buildings. It was also one of the first examples of a “science atrium,” which has since become a popular feature of science centers. “This grand atrium accentuates both the contrasting and complementary relationship between the subdued collegiate Gothic architecture of the older Sage Hall and the modern, technologically expressive architecture of the newer L-wing. In doing so, it creates a dramatic, light-filled space that gives any Science Center visitor reason to pause and admire their surroundings,” the authors wrote.

Trussed to Impress
Saving a historical building’s exterior and replacing its interior with an entirely new building—known as a “facade-ectomy”—is not an uncommon procedure. But preserving Sage’s walls, says structural engineer Nathan Roy, a principal at LeMessurier in Boston, was a unique project. “Usually, when we tackle [facade-ectomies], we can work outside the building, right? We’re saving a facade, so we have a street. We have someplace to work where you can put a crane. But in this case, no,” says Roy. “I can’t imagine there are many instances of a facade-ectomy for an interior wall that used to be an exterior wall.”

The solution that Roy’s team and engineers at Turner Construction, which is overseeing the project, came up with was a series of steel trusses, which were assembled inside the Focus. They were attached to concrete footings on the floor of the Focus, and to horizontal beams called walers that sat along the interior and exterior of the walls being preserved. The walers on either side of the walls were connected to each other by small beams that were run through the existing windows in Sage. “We basically created a sandwich. We had those walers on either side of the building that tucked the building in, gave it a nice little hug, so the building can’t lurch one way or the other,” says Roy.

All of the materials and equipment for the support structure—the structural steel, the concrete, and a mini-crane—came through the double door on the west end of Focus, facing Paramecium Pond. “To me, this is the best part of the story. … We didn’t have to open up the roof or remove a large glass wall. It all fit through a 6-foot by 8-foot opening,” says Dustin Worthington, a project engineer for Turner.

This is an excerpt from an article by Lisa Scanlon Mogolov ’99 that appears in the winter 2021 issue of “Wellesley” magazine. Read the full story on the “Wellesley” magazine website.