The Kendeda Building for Innovative Sustainable Design Completed in 2019 Atlanta, Georgia, US Jonathan Hillyer Presented by Architecture 2030 125The building was conceived in response to the construction indus- try’s significant environmental impact, aiming to demonstrate that high-performance, net-positive buildings can be achieved at scale. A key objective was to create an educational environment that encour - ages innovation in sustainable design, construction and operation. The project integrates a range of sustainability strategies, includ- ing a significant solar array, rainwater harvesting and treatment systems, and the extensive use of reclaimed materials such as sal- vaged wood from dismantled buildings and film sets. The structure is designed to last at least 100 years, with adaptability in mind to extend its usefulness and minimize future demolition waste. Key outcomes ENVIRONMENT The Kendeda Building demonstrates sus- tainable resource use and climate respon- siveness by producing more energy than it consumes and managing all its water needs on-site. The building achieves net-positive energy status with its 917 rooftop solar panels generating over 455,000 kilo- watt hours (kWh) annually (fulfilling the Energy Petal requirement of the Living Building Challenge). The project prioritizes circular mate- rials, including nail-laminated timber panels crafted from 25,000 linear feet of reclaimed 2x4s from dismantled movie sets, resulting in significant carbon footprint reduction. Additionally, the Kendeda Building manages water efficiently through rainwater capture from its roof, foam-flush toilets and waterless urinals, significantly reduc- ing water consumption compared to traditional systems, contribut - ing to the building’s net-positive water status. FUNCTIONALITY Designed as a multi-use academic build- ing, the Kendeda Building is a research and educational hub, supporting Georgia Institute of Technology's (Georgia Tech) mission to advance sustainability knowledge. The adaptable design ensures long-term usability, allowing the building to evolve alongside advancements in technology and pedagogy. The facility includes classrooms, laboratories and gathering spaces that encourage collaboration between students, faculty and indus- try professionals.The Kendeda Building for Innovative Sustainable Design seeks to challenge conventional construction methods by applying the principles of circularity and regenerative design. Located on the Georgia Institute of Technology campus, it is the first Living Building Challenge-certified project16 in the southeastern US, a region known for its hot and humid climate.HIGHLIGHTS FROM THE DBQS ENVIRONMENT FUNCTIONALITY ECONOMY SENSE OF PLACE COST $30 million

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