Paradise Valley Community College reopens Building Q after upgrades

The project, designed by SmithGroup, involved conversion of the Maricopa County George Campbell Library into a mixed-use academic building. The facility spans 69,600 square feet and houses the math department, 23 classrooms, testing areas, offices dedicated to faculties, and support space. There is an atrium covering two floors. The building will also accommodate the Centre for Teaching and Learning and Continuing Education programmes.

The original atrium has been equipped with a mezzanine floor leading to the creation of a general study area while the North Porch incorporates the Q Cafe. The remodelled facility further features the Arizona Agribusiness and Equine Centre Charter School which encompasses 10,700 square feet with a capacity of 200.

The project involved relocating the charter school from the northwest portion of the facility to the southwest and shifting the main entrance of the building to the north side. This has made room for a north-south pedestrian axis which connects the building to the present campus. The original four-quadrant shape of the library was transformed to a square form following the facelift.

The exterior portion of the building has been wrapped up in pre-finished interlocking metal panel skin which creates interesting interplays with light and shadow. The entryways and walkways have been screened by custom perforated panels while corrugated panels have been fitted above slot windows.

Use of contemporary metal forms like furnishings and lighting donning a geometric design, patterned fabrics and carpet tiles, angles and cants showcase abstract mathematical features. There is a customised origami wall consisting of perforated metal panels in yellow tones. The signature origami element adorns the interior walls and ceiling and serves as a guidance.

The building has installed various advanced applications such as phone and data lines, audio-visual facilities, fire alarm and security systems. It has also been equipped with several solar tubes to maximise natural light penetration and has incorporated a new energy management system equipment substituting the outdated one. The facility is linked to an advanced campus central plant.