From Motel to Biotech Headquarters
Cell Signaling Technology Headquarters – Danvers, MA
Cell Signaling Technology acquired an old motel to relocate its expanding business to a suitably sized and centrally located property on the north shore of Boston. Though the property seemed an unlikely selection for biotech facilities, the existing infrastructure and motel module proved a cost-effective and viable option for a young company whose resources for capital expansion were limited. The conversion of the motel into headquarters for the company’s administrative, lab research, and lab production facilities required resourceful solutions that transformed the existing building while substantially re-using the existing shell. Sisia Daglian served as the project architect, working collaboratively with the design team and builder, and meeting on site frequently to resolve field conditions.
LOCATION
Danvers, MA
SIZE
110,000 GSF
LEED Certified
CONTRACTOR
Columbia Construction Co.
ROLE
This project was performed while Sisia Daglian was project architect at D.F. Trees Associates.
Implementing sustainable design and construction practices were key goals. Hence this project became the first science laboratory building in Massachusetts to be awarded LEED Certification. Of the sustainability strategies employed, most notable is the opening of views to daylight and greenery. Every laboratory and office space looks out to either the interior courtyard or the exterior, and often both, to promote well-being and comfort in the lab. The interior courtyard serves as the main entry, cafeteria and winter garden oasis, providing employees and visitors a nurturing space for socializing. Other energy conservation measures include targeted fresh air distribution, exterior solar shading and structural insulated panel exterior envelope at the lab blocks.
The company has almost doubled in occupancy since opening this facility. Recently, Evergreen Architecture has been developing a master plan for the expansion of CST’s campus, exploring the site’s development potential for 10-year and 20-year growth projections.