Located in the heart of Atlanta, The Kendeda Building for Innovative Sustainable Design at Georgia Tech was created to foster environmental education, research, and a public forum for community outreach. Designed by the collaboration of The Miller Hull Partnership, LLP and Lord Aeck Sargent, a Katerra Company (LAS), The Kendeda Building achieved full Living Building Certification in 2021 after proving its net positive energy and water performance during its year-long occupancy period. As the first of its kind in the Southeast United States, the design and construction of The Kendeda Building sets a new standard for sustainability and demonstrates that Living Buildings are possible in even the most challenging climates. The design of The Kendeda Building is inspired by the vernacular southern porch. The project reimagines this regionally ubiquitous architectural device for the civic scale of the campus. The Regenerative Porch performs the traditional tasks of creating a cool microclimate around the building and blurring interior and exterior conditions. Additionally, the Porch is leveraged to satisfy the rigorous requirements of the Living Building Challenge. The PV canopy generates more than 100% of the building’s energy demand and captures enough rainwater to meet 100% of the water used in the building. The Kendeda Building is the university’s first timber building since its earliest load-bearing masonry and timber structures from the 1880s. Mass timber was selected for its significantly smaller embodied carbon footprint, compared to concrete and steel systems. Glue laminated queen-post trusses with steel bottom chords are used to achieve the spans required by the larger spaces in the building where timber alone would be challenging. This hybrid approach reduces the quantity of wood required while making the routing of building services more efficient. The gravity and lateral elements are fully exposed, allowing the building to be a teaching tool and defining the character of the interior environment. The nail laminated wood decking was panelized off-site and craned into place. Twenty-five thousand linear feet of 2-by-4 material was salvaged from Atlanta’s Lifecycle Building Center, which sourced the lumber from discarded film sets. The decking was assembled by apprentices hired through local nonprofit Georgia Works!, providing valuable trade skills. Off-cuts from the new lumber were assembled into the seat steps that descend the three tiers of the atrium. In addition to the structural timber, wood salvaged from storm-felled trees on campus and in southern Georgia was used for countertops and furniture. All of the water used in The Kendeda Building comes from rainwater captured by the PV canopy. Treated rainwater is used for drinking fountains, sinks, and showers. The greywater generated from these fixtures is pumped to a constructed wetland at the building’s main entrance. This water then descends via gravity through a series of rain gardens and detention structures aligned with the tiered exterior terraces before infiltrating to the site. The university currently incurs a significant expense to discharge stormwater to Atlanta’s overextended sewer system. The Kendeda Building demonstrates available strategies that could be deployed throughout the campus to manage stormwater more intelligently. The Kendeda Building’s true measure of its success will be the change it inspires in its own city of Atlanta and beyond. State-of-the-shelf technologies and products represent strategies that can be easily replicated by other institutions and even everyday homeowners. The building continues a decade of work by the Kendeda Fund to advance sustainability in Atlanta’s built environment. In addition to providing financial support for the project, the Kendeda Fund has provided ongoing funding to support programs in the building that engage local Atlanta communities beyond the university. The atrium, lecture hall, roof garden, and multipurpose room are made available for community events. The university's mission is to maximize the impact of the building by exposing as many students as possible to the project. Tech students move on to pursue careers at the highest levels around the globe. After learning in a building expressing such a strong position on resiliency and sustainability, they will take those values with them into their future endeavors as leaders in the STEM fields.