101 College Street

Owner:
Winstanley Enterprises
Architect:
Elkus Manfredi
Location:
New Haven, CT
Sector:

This twelve-story office and life sciences facility adds a bold architectural presence to a growing innovation district. Designed by Elkus Manfredi Architects, the building provides research and commercial space, with structured parking for 116 vehicles, integrated loading areas, a semi-public courtyard, and streetscape improvements that enhance the pedestrian experience. 

The façade combines stick-built curtainwall at the lower levels with a unitized glass and terracotta system above. Ornamental metal panels highlight primary entrances and reinforce the architectural expression. The curtainwall system was delivered through a design-assist process to ensure quality and coordination.

Built over active travel lanes, the project required phased construction to maintain access to adjacent facilities. Traffic was rerouted in stages to allow excavation, foundation work, and construction of twin tunnels beneath the structure. After the subterranean levels were completed, the superstructure rose with ten occupied stories and two mechanical levels.

Two enclosed pedestrian bridges link the facility to nearby institutions. The north bridge spans a central boulevard and connects to a neighboring research building; the south bridge crosses a city street to two adjacent university facilities, enhancing campus connectivity.

Photography: © Josh Edenbaum Photography, © K. Ebner Creative

558
K
square feet
10
boilers/pumps
27
months to complete

New Haven, CT, Connecticut, Winstanley Enterprises, Elkus Manfredi Architects, office and life sciences facility, innovation district, research space, commercial space, structured parking, parking garage, 116 parking spaces, integrated loading areas, semi-public courtyard, streetscape improvements, pedestrian experience, architectural presence, curtainwall system, stick-built curtainwall, unitized glass system, terracotta façade, ornamental metal panels, primary entrances, design-assist process, quality coordination, phased construction, active travel lanes, traffic rerouting, excavation, foundation work, twin tunnels, subterranean levels, superstructure construction, occupied stories, mechanical levels, pedestrian bridges, enclosed pedestrian bridges, campus connectivity, research building connection, university facilities connection, healthcare and life sciences architecture, commercial building design, sustainable urban design, modern office building

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