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The 268,000-sf, six-story Health Sciences Education Building (HSEB) incorporates the College of Medicine and Pharmacy from the Arizona School of Medicine with Northern Arizona University’s physician assistant, physical therapy, and occupational therapy programs into the integrated and interdisciplinary Phoenix Biomedical Campus. A 2-million-sf, 28-acre campus master plan includes a recently constructed 20,000-sf underground vivarium, and several research buildings. To the north is a cancer center, which adds a clinical component.

The master plan for Oregon Health and Science University (OHSU) in Portland, Ore., offers valuable lessons in how public-private partnership and well-tended relationships with neighboring developments can overcome significant growth constraints. The university found ways to eke out space and funding for new buildings and programs where little seemed to be available.

The key to fully leveraging a building automation system (BAS) in animal research facilities is to put all of the information about the animals’ environment at staff’s literal fingertips with tablet computing. Additionally, a few simple upgrades—some derived from unlikely sources—can help reduce costs associated with controlling two of the industry’s primary concerns: ammonia detection and airflow.

The 2,200-sf gut renovation for organic chemistry labs at Marywood University’s Center for Natural and Health Sciences Building includes three spaces: a 16-student organic chemistry teaching lab with filtering chemical fume hoods (shown above), an eight-student organic chemistry research lab with conventional ducted hoods, and a dedicated laboratory preparation and support space, also equipped with ducted hoods.

Genentech will apply an innovative, data-driven space-optimization model when it opens its newest 250,000-sf office building in 2015. The facility’s headcount will exceed seating capacity, and space will be assigned to groups but not to individuals within the group.