CENTRAL
AUDITORIUM

The defining feature of the Central Auditorium is its breathtaking organic architecture. Massive, sweeping curves of timber flow seamlessly from the stage proscenium, wrapping around the tiered seating to form a continuous visual envelope.

However, from an acoustic engineering perspective, concave surfaces are inherently dangerous. They act as parabolic reflectors, concentrating sound energy into distinct focal points. If left untreated, these beautiful curves would create intense "hot spots" of harsh, delayed reflections in specific seating areas, while leaving other zones acoustically dead.

"The challenge was not to fight the architecture, but to engineer the architecture itself to become the acoustic solution. Every curve had to perform a precise mathematical function."

To neutralize the focal points and control reverberation, standard flat acoustic panels were out of the question. TYN ACOUSTICS collaborated directly with the lead architects to transform the visual wooden slats into Parametric Acoustic Waveguides.

All bespoke materials were manufactured using Class-A fire-retardant substrates, strictly adhering to the project's local fire safety codes.

The aesthetic purity of the room dictated that no unsightly speaker cabinets or massive line arrays could break the organic flow of the architecture.

Behind the massive LED screen and above the seamless wooden ceiling lies a robust, heavy-duty mechanical infrastructure.

• Concealed Rigging:Automated lighting battens and environmental projection rigs are housed within concealed ceiling pockets with motorized acoustic trapdoors.
• Whisper-Quiet SIL3 Automation:Because corporate executives operate directly beneath these suspended loads, the entire system operates under strict SIL3 protocols, utilizing absolute encoders and dual-braking mechanisms.