Skip to main content

Project

College of the Atlantic, Student Housing

Addressing growing housing demands for the college, a new mass timber-framed residence hall achieves net zero and meets passive house standards.

Lead Contact

Project Details

Project Partners
OPAL Architecture
Owner
College of the Atlantic
Location
Bar Harbor, Maine
Completion Date
Area
12,000 ft²
Height
39 ft
Sustainability
Passive House compliant (not certified)
Number of Beds
50
Number of Stories
3
College of the Atlantic, Student Housing, in Bar Harbor, Maine.
College of the Atlantic, Student Housing, in Bar Harbor, Maine. Courtesy OPAL Architects
College of the Atlantic, Student Housing, in Bar Harbor, Maine.
College of the Atlantic, Student Housing, in Bar Harbor, Maine. Thornton Tomasetti
College of the Atlantic, Student Housing, in Bar Harbor, Maine.
College of the Atlantic, Student Housing, in Bar Harbor, Maine. Thornton Tomasetti
College of the Atlantic, Student Housing, in Bar Harbor, Maine.
College of the Atlantic, Student Housing, in Bar Harbor, Maine. Thornton Tomasetti
College of the Atlantic, Student Housing, in Bar Harbor, Maine.
College of the Atlantic, Student Housing, in Bar Harbor, Maine. Thornton Tomasetti
College of the Atlantic, Student Housing, in Bar Harbor, Maine.
College of the Atlantic, Student Housing, in Bar Harbor, Maine. Thornton Tomasetti

overview

In response to growing housing demands, the College of the Atlantic Bar Harbor added a 50-person residence hall on the south end of campus. The three-story, 12,000-square-foot, mass timber-framed building was designed to achieve net-zero energy usage and meet Passive House standards.

We provided structural design services to OPAL Architecture for the residence hall, which includes both double- and single-occupancy rooms and a multi-stationed kitchen area and community space on each floor.

highlights

  • Our scope included the structural analysis and design of cross-laminated timber (CLT) floor panels, glued laminated timber beams and columns, and reinforced seated beam-to-column bearing connections, which reduced the cost of connection hardware and erection time while providing an elegant framing solution. Proprietary connection hardware was used in limited locations.
  • The timber elements were designed to be exposed in all public and private spaces and detailed with hidden fire-protected connections.  
  • The lateral force resistance system includes CLT shear walls, which achieve the functional objective as well as the architect’s aesthetic intent.
  • Located on a hurricane ocean line, the structure is designed for exposure-D wind loads.