Unity Environmental University approached Simons Architects about a design for their new Technical Institute for Environmental Professions at Pineland Farms in New Gloucester, Maine. The scope of the work included academic and administrative office spaces, nine classrooms, a technical shop lab, and a sterile biology/chemistry teaching lab. Heavy emphasis was placed on hybrid learning, and careful consideration was given to the varied needs of both remote and traditional in-person classes. SA worked closely with the University and stakeholders to create an environment that allowed for flexibility while remaining unified.

Unity had strict budget constraints and found that a renovation of the existing 36,000 SF vacant office space would better align with their needs and mission than a new facility. One of the classrooms is considered “HyFlex”, integrating the latest in audio/visual technology, where students and/or the professor can learn or teach remotely while still having an integrated experience. The classrooms and labs are grouped together, allowing for ease of movement and encouraging collaboration. The academic and administrative offices are housed in existing glass wings, providing the staff with a visible connection to the rest of the University, while still affording them separate, personal workspaces. The offices are coupled vertically, linked by the stair cores, allowing for quick communication despite being located on separate levels.

Highlighting the existing features of the building provides visual interest with respect to the client’s budgetary needs. Large sections of the main floor ceiling were removed to expose the metal deck and bar joists with a more industrial look. Accent materials such as wood were used strategically, and wall surfaces were covered with clear finished birch plywood organized in varied panel layouts to provide warmth and balance.

Client |  Unity Environmental University

Location  |  New Gloucester, Maine

Contractor  |  Ledgewood Construction

Photographer |  Ryan Bent Photography