University of Missouri-Columbia | Bluford & Brooks Halls

As part of the University of Missouri-Columbia's Residential Life Master Plan, Phase I aimed to transform the student experience by replacing outdated residence halls and dining facilities with state-of-the-art buildings. The project required careful integration of mechanical, plumbing, and fire protection systems with the campus' existing chilled water and steam networks. Additionally, achieving LEED Platinum certification necessitated a focus on sustainable design features while ensuring the comfort and functionality of the facilities for students and dining guests.

Our team's innovative design contributed to the University's goal of providing a sustainable and student-focused living and dining environment. Bluford and Brooks Halls, which house a combined 575 students, feature modern amenities such as computer centers, comfortable living spaces, and a connection to the vibrant campus quad. The dining facility, The Restaurants at Southwest, elevates the dining experience with its variety of options and flexible seating arrangements.

Introba provided mechanical, plumbing, and fire protection (MPFP) engineering services for the project, which included the demolition of Jones Hall and the construction of two new five-story residence halls and a new dining facility. Key project highlights include:

• Efficient Systems Design: The new buildings were integrated into the campus-wide chilled water and steam systems for efficient heating and cooling.
• Sustainability Features: Implemented total enthalpy heat recovery systems for ventilation, low-flow plumbing fixtures, demand-controlled ventilation, and LED lighting. Supported the inclusion of a solar domestic hot water heating system and a green roof.
• Enhanced Dining Experience: Designed systems to support event and dining venues, including a 35,000-sq-ft facility with seating for 700-750 guests, late-night dining accommodations, and a private dining space for 75-90 guests.

Achieving LEED Platinum certification underscores the project's commitment to sustainability. The incorporation of advanced energy recovery systems, daylighting controls, and a high-performance building envelope ensures operational efficiency and environmental responsibility, aligning with the University's long-term sustainability goals.

This transformative project has redefined student life at the University of Missouri and provides a benchmark for future campus developments.