UNIVERSITY OF VIRGINIA ROTUNDA RESTORATION
UNIVERSITY OF VIRGINIA ROTUNDA RESTORATION Kohler Ronan is proud to have been selected as the MEP engineering firm for the restoration of Thomas Jefferson’s Rotunda, the iconic centerpiece of the University of Virginia’s Academical Village and a UNESCO World Heritage Site. In collaboration with John G. Waite Associates, Architects, Kohler Ronan provided the mechanical, electrical, plumbing, and fire protection portions of the historic structure report. The in-depth conditions analysis and investigation led to the preparation of detailed construction documents for the $50 million project. Exterior restoration began in 2012, and was followed by significant interior renovations. The first two of four phases of renovation consisted primarily of roof and façade restoration. We then engaged in the design of the remaining phases III and IV interior renovation, improvements, and landscape. The MEP systems investigations revealed that the equipment and systems of the 1974 renovation were now beyond their service life, lacked adequate space for maintenance, and needed to be replaced. The anticipated replacement of all mechanical, electrical, plumbing, and fire protection systems afforded us the opportunity to improve system efficiencies, serviceability, and integration into the building's historic fabric. In light of the University’s goal to redevelop the Rotunda into an interactive part of University life for the students, additional program space, restrooms, offices, and classrooms were necessary. Spaces taken by mechanical equipment and utilities during the 1974 renovation were once again needed. The design team assumed responsibility for incorporating state-of-the-art MEP systems into the historic structure, and reclaiming much needed program space for the University. In coordination with John G. Waite Associates and the University, a vault, below the west courtyard and fountain, and a distribution room, below the West Oval room, were designed. Along with the two existing mechanical rooms below the North Stairs and in the South Portico, these new spaces allowed mechanical air handling equipment, duct distribution, and piping to be located outside the desired program space. As the project is pursuing LEED Silver certification, sustainable design methods and equipment, and materials that limit the sources of indoor air pollution are utilized. The project is both SHPO & 36 CFR 67 compliant.
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