University of Chicago Campus North Residential Commons

Campus North features a mix of student residences, dining options, amenities, retail, and outdoor green spaces. The location and placement of the structures create a new “front door” for the University, strengthening connections between the campus and nearby communities.

The design situates three slender bar buildings in an urban fabric of plazas, gardens, walkways, and courtyards that together form inviting, public and semi-private outdoor spaces for students and neighbors.

The building is scaled to its context, with the highest structure completing the urban edge of busy 55th Street, while nearby structures are more attuned to the residential neighborhood along University Avenue. Pre-cast concrete panels are used to clad the building, a contemporary facade informed by the University’s neo-Gothic tradition.

Enhancing the University’s House system, which encourages interaction and collaboration between students of different years to support social and academic success, the buildings are organized around House hubs, three-story communal spaces that are designed to feel comfortable and homey.

Each hub offers distinct spaces for studying, cooking, and relaxing in small groups or individually, while also enabling all House members to assemble together to discuss household chores and energy use and to plan group activities or study sessions.

All eight Houses share communal spaces such as the top-floor Reading Room, music rehearsal rooms, outdoor courtyards, and spaces for studying and gathering, creating additional opportunities for relationship building among students.

Achieving LEED Gold certification, Campus North features an integrated approach to sustainability that emphasizes passive reduction of energy requirements. The buildings are optimized to north-south light, naturally improving the overall efficiency of the entire complex. The buildings’ precast panels offer solar shading and provide thermal mass for a two-way radiant heating slab system, maximizing comfort and allowing the building to operate with reduced mechanical cooling. Using heat mapping technologies, openings in the facade were tuned to balance light, ventilation, and comfort, placing less energy demand on the radiant slab system. Custom metal grilles provide shade, reducing the effects of temperature fluctuation and in turn minimizing heating and cooling energy. The grilles also serve as fall restraints, allowing for operable windows that permit the building to operate in natural ventilation mode, further minimizing energy use; each student room is equipped with sensors and automated controls that switch the flow of water in the radiant system off or on when a window is opened or closed—the first major residential application of this system in the Chicago region.

Argon-filled, low E insulated glass and continuous closed cell foam insulation provide a well-insulated building envelope that helps conserve energy, and a ceramic frit pattern allows for transparency while also reducing solar heat gain and deterring bird strikes. An expansive green roof and landscaped student courtyards retain one hundred percent of stormwater, slowly discharging it back into the ground and eliminating overflow from the Chicago sewer system. Further underscoring the project’s commitment to sustainability, all cooking oil from the Baker Dining Commons is recycled into biofuel.