University of Houston Retail, Auxiliary, and Dining Center

Unleashing the Senses The Retail, Auxiliary, and Dining (RAD) Center at the University of Houston stands as a beacon of restorative design, being the first mass timber construction on campus. This groundbreaking structure replaces a below-grade dining facility that was severely damaged during Hurricane Harvey. Nestled in the campus' "woodlands" area, the RAD Center sensitively blends food and art within a natural setting. It stands out from its blank-facade neighbors through inviting, activated edges where students are encouraged to gather, linger, and socialize. Design Highlights Connection with Nature: The RAD Center's design emphasizes a strong bond with the surrounding woodlands, using vertical façade rhythms and upper story glass to adapt to the changing environment. Ground-level transparency further integrates indoor and outdoor spaces, creating a seamless transition. Mass Timber Construction: The use of mass timber not only enhances the organic aesthetic but also allows for the reuse of existing structural framing and foundations, making it a far more sustainable and elegant solution. Material Innovation: Clad in familiar campus materials applied in a new way, the RAD Center creates a cohesive student experience that feels inherently part of the university and part of the woodlands. A Holistic Experience The RAD Center provides a welcoming environment, emphasizing physical well-being through healthy dining operations and a stimulating physical experience. It aims to nurture the mind, body, and spirit through social gatherings, nutritious food, and inspiring art. This design truly unleashes the senses, offering a unique and enriching experience for all who visit. Site Response The RAD Center is strategically situated on the footprint of the existing building to minimize disruption to the adjacent woodlands. This careful placement ensures that the natural environment surrounding the project remains largely undisturbed, preserving the ecological balance and beauty of the campus's woodlands area. By reusing the existing structure, the project reduces the need for extensive excavation and construction activities. This approach not only demonstrates a commitment to sustainability but also enhances the integration of the building with its natural surroundings, creating a harmonious blend of architecture and nature that benefits both the occupants and the environment.