Nationwide Children’s Audiology Renovation
Cost $250,000
Size 4,500 SF
Comprehensive engineering design and field observation services were implemented for the renovation of the Audiology Department on the 1st and 2nd floors of the Westerville Close to Home Facility. The primary goal was to repurpose several office spaces, nurse stations, and an abandoned sleep lab into functional exam rooms and offices. HEAPY’s design ensured that the existing infrastructure was optimized to meet the needs of the renovated spaces, all while maintaining the building’s original footprint and enhancing the functionality of the facility.
On the 1st floor, the project involved converting a portion of an existing conference room and an unused medical gas equipment room into additional exam rooms. On the 2nd floor, the scope included a full gut and remodel of the abandoned sleep lab, as well as upgrades to existing office and exam rooms. Key elements, including medical gas source equipment, backup power systems, and stand-alone HVAC systems associated with the old sleep lab, were removed to streamline the space.
HEAPY assessed the existing MEP infrastructure to confirm that it could support the renovation. The lighting systems in the affected areas, including corridors and the elevator lobby, were upgraded to LED fixtures, meeting current NCH standards. Minor modifications were made to the HVAC system, primarily adjusting air devices and branch ductwork. The project also included plumbing adjustments, such as relocating or installing sinks in the renovated exam rooms. Medical gas systems were upgraded as needed, and additional outlets were provided in the new exam rooms.
Key Benefits
This renovation successfully transformed underutilized areas into a fully functional Audiology Department, upgrading critical systems like lighting, HVAC, and technology infrastructure. By removing outdated equipment and integrating the new spaces into the existing building systems, the project enhanced the facility’s operational efficiency. The modernization of the lighting and MEP systems contributed to a more functional, comfortable environment for both patients and staff, all while maintaining the integrity of the existing facility layout.
