Temple University | Wachman Hall

CJK McKissack played a pivotal role in the construction of Wachman Hall at Temple University, a project built with sustainability and resource efficiency in mind. With over 10% of the building materials sourced from recycled content, including finishes and flooring, the project aimed to reduce the use of virgin materials and limit waste. Impressively, 96% of all construction waste was recycled. Additionally, the building features water-efficient systems, including low-flow fixtures that reduce water use by 36%, and water bottle refilling stations that offer a convenient, eco-friendly alternative to bottled water.

The project also focused on enhancing the indoor environment and optimizing energy performance. Low-emitting materials were used throughout the building to reduce volatile organic compounds and improve air quality for occupants. Wachman Hall maximizes natural light with ample use of glass, providing a connection to the outdoors in classrooms and common areas. Furthermore, a highly reflective “cool roof” reduces cooling costs and mitigates the heat island effect, while the building’s optimized lighting and HVAC systems contribute to energy efficiency. With convenient access to public transit and bicycle storage, Wachman Hall promotes alternative transportation options, aligning with Temple University’s sustainability goals.

This project exemplified excellence in sustainable building practices, seamlessly integrating recycled materials, advanced waste management, and energy-efficient systems to deliver a state-of-the-art facility with minimal environmental impact.