To balance costs with efficiency, the team blended two mechanical systems for the single building. The traditional chilled water system for the teaching lab spaces is supplemented by a variable refrigerant flow system in the offices. The hybrid system reduced overall energy consumption by balancing the utilization of the existing central plant and the project’s intended use.

Photo credit: Gensler/Ryan Gobuty

Appropriately for a science-focused structure, the project team maximized its use of advanced construction technology tools to address the unconventional angles, tight tolerances and other facets of the building’s unique shape. BIM and VDC technology played an integral role in addressing cantilevers, unusual corners, roof setbacks and other details. At a transition on the west elevation, for example, the metal panel system was in and out of plane. The project team scrutinized joint consistency and plumbness with the building, confirming the detail and accounting for allowable tolerances. 

Inside, the main entry stair fans out as it descends, requiring coordination for the foundation, installation and detailing. Laser-scanning the prefabricated curve track and stairs helped ensure that the custom pieces were a perfect fit prior to installation. Technology also helped address surprises in the field, such as the discovery of an undocumented duct bank.