University North Texas - Music Building
The College of Music at the University of North Texas is recognized as one of the nation’s top comprehensive music schools. Fueled by its widespread interest and renown, the university engaged WHR Architects to renovate its existing music building concert hall with the goal of providing an optimum performance venue for both musicians and the audience.
A 1960s building had been home to the music program, with technology comparable to a high school auditorium of the era. Poor acoustics were exacerbated by noise generated from aged mechanical systems, external conditions, obsolete seating and deficient or non-existent sound locks. The size and configuration of the space lacked intimacy, and support spaces needed to be upgraded to reflect the caliber of the institution. The challenge ahead was to create a quiet, intimate concert hall, improve mechanical and electrical systems and update interior finishes.
By reshaping the interior, the space was transformed from a general-purpose 635-seat hall into a 300-seat intimate recital hall better suited to chamber music, small ensemble and choral performances. A close, personal performance experience is realized through the reconfiguration of seating, improved acoustics and changes of materials. Ground level balconies serve as box seats, and parterre seating has been added to side sections, narrowing the hall into a more intimate space, while improving acoustical properties. Carpet, wood trim and veneers impart warmth.
Inside the hall, achieving optimal acoustics required a delicate balance of absorption of unwanted sound, fine-tuning of performance sound reverberation and adequate spatial volume to capture desired sound. Above the stage, suspended acoustic clouds, or prefabricated fabric wrapped panels, serve a dual purpose. Acting as sound locks, they insulate against the penetration of outside noise, such as rain, and help redirect desired sound back into the hall, benefiting performers and viewers alike. The clouds are adjustable to accommodate varying types of performance venues, and the spaces between the clouds offer greater volume than that created by a ceiling alone.
Located directly underneath the stage, the building’s central plant generated undue noise and vibration that interfered with acoustics. The stage shell is being replaced to help isolate noise from the plant, and upgraded mechanical ductwork will help mitigate sound transmission to the stage. Unlike typical catwalks used to access hard to maintain lighting apparatus dispersed above seating, a technical balcony takes shape as a ceiling walkway housing adjustable perimeter lighting. In addition to ease of access and control, the balcony also facilitates entry from backstage.
