On April 5, Shawmut Design and Construction broke ground on a 41,900-sf expansion and 53,100-sf renovation of Boston University’s Goldman School of Dental Medicine.
The building team that includes Smith Group JJR (design architect, SE, MEP), Compass Project Management (project manager), and Haley Aldrich (geotech engineer), expects to be onsite for 32 months, during which the school—an active building with over 200 students, plus faculty, staff, and thousands of patients per year—will remain open.
This is a common challenge for rehab projects, complicated in this case by a tight urban site and a building with only a 13,000-sf floor plate—“a postage stamp,” says Shawmut’s Vice President Kevin Sullivan—the building team has to work within.
To keep the school open during work, Sullivan says his firm started by “overcommunicating” with shareholders who included the school’s dean, and its directors of facilities and operations.
The Building Team came up with a multi-phase schedule that will work on the basement, first floor, and part of the second floor first; the two additions next; and then renovate the upper floors. Sullivan explains that this schedule allows for floors and utilities to be isolated, which will sometimes require installing temporary systems to avoid operational disruptions. It will also minimize the need to move students and patients around.
A link to download a virtual reality walkthrough video of this project, posted by Shawmut, can be accessed here.
A rendering of an operatory inside Boston University's renovated and expanded dental school. Image: SmithGroupjjr
The isolations will also allow the team to minimize vibration on occupants caused by drilling into concrete to install new façade that lets in more light into the building and blends in with the facades of other buildings in the neighborhood. Because of the tight site space, the Building Team had to close two traffic lanes and move a bus stop.
The expansion will include office, instructional, clinical, and student collaborative spaces on seven existing levels, plus support spaces and a new 140-seat auditorium on the first floor.
The renovation will reconfigure the layout of the patient and student/faculty entry, as well as its clinical, classroom, and student spaces.
All told, the project will increase clinical space by more than 60%, make treatment areas more comfortable and flexible, and provide a student and resident lounge, a café, and collaborative study area on the first floor. With the addition, the school’s floor plate will increase to 18,000 sf.
The project’s completion data is slated for December 2020.
Related Stories
Office Buildings | Feb 23, 2022
The Beam on Farmer, Arizona’s first mass timber, multi-story office building tops out
The Beam on Farmer, Arizona’s first mass timber, multi-story office building, topped out on Feb. 10, 2022.
Codes and Standards | Feb 21, 2022
More bad news on sea level rise for U.S. coastal areas
A new government report predicts sea levels in the U.S. of 10 to 12 inches higher by 2050, with some major cities on the East and Gulf coasts experiencing damaging floods even on sunny days.
Wood | Feb 18, 2022
$2 million mass timber design competition: Building to Net-Zero Carbon (entries due March 30!)
To promote construction of tall mass timber buildings in the U.S., the Softwood Lumber Board (SLB) and USDA Forest Service (USDA) have joined forces on a competition to showcase mass timber’s application, commercial viability, and role as a natural climate solution.
University Buildings | Feb 17, 2022
A vacated school in St. Louis is turned into a center where suppliers exchange ideas
In 1871, The Carondelet School, designed by Frederick William Raeder, opened to educate more than 400 children of laborers and manufacturers in St. Louis. The building is getting a second lease on life, as it has undergone a $2 million renovation by goBRANDgo!, a marketing firm for the manufacturing and industrial sectors.
Sponsored | BD+C University Course | Feb 17, 2022
Metal roofing trends
New ideas in design and constructability are radically changing how metal systems are used as roofing for commercial and institutional buildings. Behind the investment in these new kinds of expressions and construction approaches is a growing interest in improved performance and reduced environmental impact. Metal roofing systems can cut cooling and heating loads significantly, according to the EPA.
Data Centers | Feb 15, 2022
Data center boom: How two AEC firms plan to meet unprecedented demand for data center facilities
Ramboll's Jim Fox and EYP Mission Critical Facilities' Rick Einhorn discuss the recent joining of their companies at a time of unprecedented data center demand. BD+C's John Caulfield leads the discussion with Fox, Ramboll's Managing Director for the Americas, and Einhorn, EYP Mission Critical Facilities' Managing Director.
Resiliency | Feb 15, 2022
Design strategies for resilient buildings
LEO A DALY's National Director of Engineering Kim Cowman takes a building-level look at resilient design.
Products and Materials | Feb 14, 2022
How building owners and developers can get ahead of the next supply chain disaster
Global supply chain interruptions that started at the very beginning of the pandemic are still with us and compounding every step of the way. Below are a few proven tips on how to avert some of the costly fallout should we be faced with similar commercial disasters at any time in the future.
Healthcare Facilities | Feb 10, 2022
Respite for the weary healthcare worker
The pandemic has shined a light on the severe occupational stress facing healthcare workers. Creating restorative hospital environments can ease their feelings of anxiety and burnout while improving their ability to care for patients.
Sponsored | BD+C University Course | Jan 30, 2022
Optimized steel deck design
This course provides an overview of structural steel deck design and the ways to improve building performance and to reduce total-project costs.