Brooks Computer Science BuildingUniversity of North Carolina at Chapel Hill
Frederick P. Brooks Jr. Computer Science Building, an addition to the existing Sitterson Hall completes a much needed expansion for the Computer Science Department. Located at the northeast corner of the future Murray Quad, the additions contains classrooms, offices and research spaces, as well as ground floor gallery space for informal gatherings with the campus community.
Brooks Hall fulfills many urban design goals. The addition is half of a planned western gateway into the campus, as well as a front façade for the Computer Science Department. To integrate into the campus landscape, the design followed the massing of the existing Sitterson Hall, incorporated the essence of the Neo-Georgian campus, and created interior/exterior relationships on the façade to allow for maximum daylight into offices and public spaces.
Organizationally the ground floor is the most public, and a primary goal of the department was to create a ‘Starbucks like’ environment where students of all departments could congregate and engage with activities occurring within the building. Three large classrooms are equipped with data and power at the seat, Lutron lighting systems, multiple projection locations, camera alcoves, and connections for either future rear facing projectors or plasma screens. Maximum flexibility was built into the 50-seat classroom. Conversely, the Faculty Conference Room, a 50-seat tiered classroom, is configured in the case study method and designated for lectures, meetings, distance learning and video documentation. The fixed location of the lighting, microphones, speakers; as well as cameras, projectors and screens is set to optimize filming.
The upper three floors consist primarily of offices, research and lab support spaces, and conference and gathering spaces woven throughout. The largest of the research spaces is the Graphics Lab which required a clear 40’x40’ open span. The finished space has power and data at every 8’ on the wall, floor penetrations at every 8’ in the floor, and an infrastructure of unistrut, powerbus and cable tray in the ceiling, all of which provides absolute flexibility for departmental research.Back to work section