Dennis Swinford, director of campus planning and sustainability, noted that institutions across the region are closely watching the project because of its potential application at other waterfront campuses.
UMass Boston’ s Campus and Energy & Carbon master plans guide future development around belonging, openness, sustainability and collaboration, while advancing energy efficiency, electrification, renewable energy, resiliency and clean transportation across the campus. Renderings courtesy of University of Massachusetts Boston Communications Dept.
The university’ s sustainability strategy extends beyond energy infrastructure. Recent improvements include a redesigned central quad that functions as a working landscape. Rainwater is directed through bioretention areas that help filter stormwater before it enters the sewer system, while native plantings reduce maintenance needs and support biodiversity.
The campus has also expanded its tree canopy, planted thousands of shade trees, and is increasing its use of rooftop and parking structure solar arrays. These projects, along with additional building retrofits, are improving energy performance across the campus while supporting long-term carbon reduction goals.
At the same time, resilience remains a key planning priority. Although most campus buildings sit above projected flood elevations because they were constructed on a former landfill, access to the peninsula remains vulnerable to future sea-level rise.
For UMass Boston, sustainability is also tied to its educational mission. The university serves one of the most diverse student populations in New England, and campus leaders see sustainability projects as opportunities for students to gain hands-on experience in the field while preparing for careers in a rapidly changing industry.
As institutions across the region accelerate efforts around decarbonization, electrification, and climate adaptation, UMass Boston’ s approach demonstrates how existing infrastructure can be reimagined to meet future environmental goals. What began as a waterfront cooling system nearly 50 years ago may soon become a model for the next generation of sustainable campus development.
Looking ahead, campus leaders hope the impact will be visible beyond energy systems and infrastructure. Swinford said he envisions students seeing“ a campus which reflects harmony with the environment. A campus which shows the physical manifestation of sustainability efforts.” www. high-profile. com
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