This project is a renovation of Scott Engineering Center and new construction of The Link Replacement building located on the University of Nebraska Lincoln campus.
Lincoln, NE
68,000 SF Renovation / 3,600 SF New Construction
Envelope
University of Nebraska-Lincoln | Lincoln, Nebraska
In 2023, the University of Nebraska-Lincoln (UNL) unveiled its engineering college’s transformative renovation and expansion through the Scott Engineering Center and Link Project. This ambitious endeavor focused on modernizing two key facilities—the Engineering Research Center and Scott Engineering Center—elevating them into dynamic, innovation-driven environments designed to foster research, learning, and collaboration.
Spanning 68,000 square feet of renovated space and 3,600 square feet of new construction, the project introduces state-of-the-art laboratories, adaptable classrooms, and multifunctional spaces tailored to meet the evolving needs of engineering education. Situated in the heart of Lincoln, Nebraska, the updated facilities now serve as a cornerstone for UNL’s mission to drive forward-thinking research and academic excellence.
Through close collaboration and technical expertise, Tune Facilities helped support the building’s unique design and quality control for occupancy comfort, supporting an academic environment that inspires discovery, innovation, and excellence in engineering education. This project redefines the physical landscape of UNL’s engineering college and sets a new benchmark for the future of STEM learning environments.
Role & Partnership:
Served as UNL’s trusted commissioning partner for the Scott Engineering Center & Link Project
Provided comprehensive commissioning services for Mechanical, Electrical, Plumbing, and Building Envelope systems
Focus Areas:
Prioritized system performance, reliability, and sustainability
Aligned all commissioning efforts with UNL’s high operational and environmental standards
Commissioning Scope Included:
High-efficiency heating and cooling systems for consistent indoor comfort
Advanced air handling units and HVAC controls for precise climate management
Plumbing water systems are evaluated for efficiency and long-term reliability
Lighting systems and intelligent controls are tested for optimal energy use and occupant comfort
Outcomes:
Verified that all systems were installed correctly, tested, and functioning as intended
Enhanced building performance through improved energy efficiency and occupant experience
Supported the University’s long-term sustainability and operational goals
