Urban green spaces, particularly in low-income neighborhoods, are often scarce or ecologically inactive, existing as lawns or riverbanks dominated by invasive species. Responding to this condition, students at Marywood University engaged in a three-year community design-build initiative to reimagine vacant land in Scranton, Pennsylvania, as a living laboratory for environmental stewardship. Integrating research on local biodiversity and sustainable systems, the interdisciplinary team designed and fabricated installations including a hydroponic vertical planter wall, tiered accessible planters, and sculptural elements referencing the city’s industrial heritage. The initiative positions making as a method of inquiry, linking ecological restoration, design experimentation, and community engagement. Through this process, students applied discipline-specific expertise in the field while navigating the intersection of environmental, cultural, and social factors. Findings suggest that community design-build projects extend beyond aesthetic or functional aims to become acts of advocacy, educating the public, supporting native species, and cultivating a collective sense of place. Ultimately, this work demonstrates how hands-on, interdisciplinary collaboration can serve as a transformative pedagogical framework, one that unites environmental responsibility, creative practice, and civic engagement. By reframing design-build as a pedagogy of place, this project reveals how higher education can contribute meaningfully to both the sustainability and vitality of the communities it serves.
Michelle Pannone is an Associate Professor in the Reap College of Professional Studies at Marywood University, where she teaches in the School of Architecture. Her work focuses on community-engaged design thinking and innovative communication methods to broaden public participation in design. She founded Marywood’s Community Design Build program in 2018 and serves on the board of City Space Architecture. Her current research explores how design and technology foster collaboration and strengthen connections between students and local communities.