Indiana University | Luddy Hall, School of Informatics and Computing

Indiana University’s School of Informatics and Computing required a cutting-edge facility to meet the demands of its rapidly growing programs in Informatics, Computer Science, and Library Sciences. The challenge was to create a 124,000 sq. ft., state-of-the-art building that would foster collaboration, support innovative teaching and research, and house advanced technologies while integrating seamlessly into the IU Bloomington campus. The project was delivered using a Design-Bid-Build approach, ensuring a clear and structured process from design through construction.

Luddy Hall is now a vibrant hub for innovation and transformative learning, bringing together faculty, students, and researchers in a collaborative environment. The facility features a 3,500 sq. ft. innovation center for entrepreneurial projects, a 1,500 sq. ft. fabrication lab equipped with maker technologies like 3D printers, and over 31 specialized research labs. Classrooms designed for active learning include a mix of large, medium, and small spaces, such as a 160-seat collaborative auditorium and team workrooms. Faculty offices, meeting spaces, and a multi-story lobby with expansive glass elements complete the dynamic design.

Sustainability was a core focus, resulting in LEED Gold certification. Key sustainable features include:

• Exhaust air energy recovery using total enthalpy recovery wheels
• Extensive radiant heating systems
• Occupancy sensor setback for lighting and HVAC set-points
• Demand-based ventilation control using CO₂ and occupancy sensors
• Low-friction loss duct design utilizing static regain
• LED lighting throughout the facility

Introba provided comprehensive mechanical and fire protection design services to support the building's innovative purpose. Key features of our work include:

• Mechanical Systems: Campus chilled water and steam systems extend into the building to provide efficient cooling and heating. Multiple VAV air handling systems distribute air throughout the space, while air distribution systems were meticulously coordinated to preserve the exposed structural aesthetic with no visible ductwork.
• Fire Protection: A wet sprinkler system with a fire pump was designed to meet safety requirements across the building’s unique spaces.

Introba’s design approach was tailored to meet the school's specific needs while ensuring close coordination with stakeholders, contractors, and project teams to create a high-performance environment that supports a wide variety of activities, from hands-on prototyping to advanced research. By carefully coordinating mechanical and fire protection systems to maintain the building's aesthetic, we ensured that the facility delivers both functionality and visual appeal.

Luddy Hall now serves as a landmark of innovation and collaboration, providing dynamic spaces that inspire learning, creativity, and technological advancement. The building's collaborative design, advanced technology infrastructure, flexible spaces, and commitment to sustainability empower students and faculty to push the boundaries of research and discovery. Recognized with LEED Gold certification, Luddy Hall exemplifies Indiana University's vision for the future of informatics and computing while setting a standard for environmentally conscious design.