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With careful planning, institution-wide involvement, and innovative thinking, sustainability goals for science, technology, engineering, and math (STEM) facilities can be met by renovating and remodeling instead of more expensive new construction, without compromising the educational mission.

Bertelsmeyer Hall, a new facility for chemical and biological engineering under construction on the campus of Missouri University of Science and Technology, combines lab and specialized research space in one wing, with classrooms and offices in a separate wing. "Segregating the classrooms and offices from the labs allows us to make a lot of interesting decisions, including a completely different structural system. Identifying the impact of the specialty research spaces is key, and on this project it really drives how the building is shaped and how the spaces interact,” says Andy Stepp, senior principal with The Clark Enersen Partners, the Kansas City firm that designed the building.

The Center for Sustainable Landscapes (CSL), Phase III of a major expansion to Pittsburgh’s Phipps Conservatory and Botanical Gardens, is on course to be the first building in the world awarded certification as both LEED Platinum and a Four-Stars Sustainable Site (SITES), both of which were obtained in 2013, as well as Living Building Certification. It was certified as a Net-Zero Energy Building in 2014.

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.