The University of Florida
University of Florida Malachowsky Hall for Data Science & Information Technology (DSIT)
An innovative science and technology facility reimagines the learning environment to advance data science and artificial intelligence.
Situated at the heart of the University of Florida (UF) campus, the Malachowsky Hall for Data Science & Information Technology (DSIT) will transform academic research and practical applications in data science and artificial intelligence. Featuring 1,500 custom-designed exterior metal panels gleaming under the Florida sun, this 263,440-square-foot modern structure not only exemplifies UF’s dedication to scientific advancement but also underscores its unwavering commitment to sustainability.
Transforming Technological Exploration
Affiliated Engineers, Inc. (AEI) collaborated with the university and project partners to create a forward-thinking building that supports the university’s vision of a multidisciplinary hub where students, faculty, and researchers come together to solve a range of 21st-century challenges.
The seven-story hall consists of a central atrium, an auditorium, and other communal spaces, forming a single, state-of-the-art facility. Flexible classrooms replace traditional teaching spaces, enabling innovative pedagogical approaches and interactive learning.
The DSIT includes 30 lab spaces specifically designed to promote collaboration among researchers from different fields across the colleges of engineering, medicine, and pharmacy and the informatics institute. The buildings also feature highly specialized spaces, including an indoor drone flying area, premier facilities for AI, virtual reality, the Internet of Things, and robotics research, as well as an imaging suite equipped with electron microscopes and focused-ion beam imaging for the Florida Institute of Cybersecurity.
A central atrium and other communal spaces promote collaboration among students, faculty, and researchers.
Embracing Energy Conservation Measures
In light of the energy-intensive requirements associated with building operations, AEI evaluated various energy conservation measures (ECM) using a Life Cycle Cost Analysis (LCCA) and early conceptual-stage energy modeling to account for long-term operational and maintenance costs, in addition to initial cost and energy savings. Designed to comply with Florida state code and meet LEED® energy performance standards, the ECMs selected significantly improved building energy efficiency while maintaining occupant comfort and optimal thermal conditions.
One such measure developed by AEI involved a dedicated outside air system for the building, including wrap-around heat pipes that supply low-dew-point air to chilled beams and fan-powered terminal units. Dynamic ventilation controls with ‘pinch off’ VAV control were included to shut off air during unoccupied periods, helping to reduce overall energy consumption.
Additionally, the facility design incorporates a 161-kW rooftop photovoltaic solar array, offsetting the building’s electrical load by more than 10%. Integrated trapezoidal windows with electrochromic glazing also enhance energy savings while reducing glare. By applying a slight electrical charge to a special coating, the “smart glass” electronically adjusts its tint to manage light and heat, boosting visual and thermal comfort inside the buildings.
Indoor and outdoor LED lighting systems meet the requirements of the Florida Energy Conservation Code, further helping to minimize energy consumption. The system incorporates low-voltage control systems, room occupancy sensors, dimmers, and a centralized time clock, as well as photocells and time switches for outdoor lighting controls.
- $110,000
- in annual energy cost savings
Energy conservation measures significantly improved building energy efficiency while maintaining optimal thermal conditions.
“This building will propel AI education and research that will improve lives, bolster industry and create economic growth across the state and around the world”
Setting a New Standard for Sustainable STEM Facilities
This commitment to excellence in sustainability resulted in the project achieving LEED® Platinum certification, the highest sustainability rating, along with numerous accolades for design excellence. Overall, the energy conservation measures resulted in 30% greater energy efficiency over the ASHRAE 90.1-2010 baseline and more than $110,000 in annual energy cost savings. Additionally, the facility is equipped with submetering to track and manage utility consumption.
Featuring 1,500 custom-designed exterior metal panels, the modern structure exemplifies UF’s dedication to scientific advancement and sustainability.
Malachowsky Hall for Data Science & Information Technology showcases the University of Florida’s ongoing commitment to sustainable operations and resilient built environments, setting a new standard for STEM buildings on university campuses.
- 30%
- greater energy efficiency over the ASHRAE 90.1-2010 baseline
“The fields of AI and data science are of central importance in building a better world. I’m honored to further UF’s world-class capabilities in these areas by supporting the talent and interdisciplinary collaboration that will allow the university to lead during this time of unprecedented opportunity”