Flad Architects created a modern design for North Carolina State University’s Plant Sciences Building in Raleigh, N.C., which communicates the facility’s many uses and fits within the context of the university’s existing architecture on campus. Metal wall panels, sunshades, and metal ceiling systems play key roles in the design.
Charles Mummert, AIA, LEED AP BD+C, principal at Flad Architects, says, “This campus gateway features a dramatic massing element forming a prominent angled brow at the main entrance, highlighting the sculptural opportunities of flat metal panels. A primary goal is creation of a premier interdisciplinary research building that embodies the future-forward trajectory of agricultural science. A variety of metal building materials contribute to an expression of innovation including metal panels, sunshades, ceilings, exposed structural steel, and greenhouse framing.”
On the exterior of the 17,187 m2 (185,000 sf) building, SPS Corp. installed 3A Composites USA Inc.’s ALUCOBOND PLUS metal composite material (MCM) panels in three colors: Anodic Clear Mica, HWH Bio White, and West Pewter Mica.
“The design responds to program goals with two research wings linked on each floor through a collaborative center; this social hub organizes the facility around connecting faculty, students, agricultural partners, and collaborators,” Mummert says. “The lobby features a glass-clad demonstration lab showcasing research and extension programs, as well as an education area celebrating the future of cutting-edge ag bioscience. This two-story space connects to an exterior front porch for hosting program events and everyday interactions. Exposed interior structural steel is a strategic design element and celebrates complex connections between metal elements, including large cross braces visible from the exterior.” 
Bonitz Co. of Carolina Inc. installed Armstrong Ceiling and Wall Solutions Metalworks Linear metal ceiling system and Metalworks Airtite radiant ceiling system.
Mummert says, “Essential to the project’s vision was creation of an environment that belongs in the future, not on the farm. Metal is used strategically to provide contrast with traditional and earthy materials of terracotta, brick, and board-formed concrete site walls. As part of a campus context, the exterior design balances contextual fit and signature architectural expression. The front porch and interior gathering space use a metal plank ceiling system with a wood grain appearance. The material enables seamless continuation of the ceiling from outside to inside, an important design feature.
“Stainless steel horizontal sunshades used on all facades protect interior spaces from glare and minimize heat gain. A key aspect of the design is a highly transparent exterior to maximize interior daylight and views and provide exposure of the science occurring inside to those passing by the building.”
Building Envelope Erection Services Inc. (BEES) Inc. installed Architectural Grilles and Sunshades Inc.’s (AGS) sunshades. 