From Principles to Practice DIGITAL

ECONOMY Circular construction principles were employed to optimize material efficiency and reduce long- term operational costs. The use of salvaged materials, resulting in $80,000 in cost savings, not only minimized the environmental impact but also demonstrated a cost-effective approach to sustain- able building. The net-positive energy and water strategies further reduce operational expenses, making the project an economically viable model for similar developments. The Kendeda Fund, a philanthropic organization, fully funded the project as a gift to Georgia Tech. This approach allowed for greater flexibility in design and material selection, ensuring that the most sustainable solutions could be prioritized without the typical constraints of a for-profit development. SENSE OF PLACE The building enhances Georgia Tech’s campus identity by serving as a landmark for sustainability education and research. The integration of public gathering spaces and a rooftop garden encourages community engagement and provides a welcoming environment for students, faculty and visitors, deepening their attachment to the place. The project’s design also reflects regional climate conditions and cultural heritage through material choices and passive design strategies, reinforcing a strong sense of place. Stakeholders Lead architect Miller Hull Partnership Executive architect Lord Aeck SargentDESIGN Funding The Kendeda Fund (philanthropic funding)Client and operator Georgia Institute of TechnologyConstruction Skanska Performance monitoring Students, faculty and researchers engaged in building operations and performance monitoring Gregg Willett 127 126Challenges and gaps ▪The absence of conventional financing created a unique oppor - tunity but also meant the project lacked traditional market-driven feasibility testing. ▪Navigating regulatory approval for net-positive water strategies required extensive coordination with municipal authorities. ▪The integration of reclaimed materials introduced logistical chal- lenges, requiring flexibility in procurement and design adaptation.