Sensory Symphony Space; Night Club for the Visually Impaired

During P1, I delved into the fascinating resonance of ground textures. I began with a curiosity about the influence of local features on the evolution of musical instruments. A visit to Hastings prompted me to explore methods for shaping sound and designing instruments based on ground conditions. This inspired the creation of the TerraTune, a wheel-based instrument capable of ‘reading’ and playing the resonance of the ground’s bumpiness. I then carried my exploration into P2, moving beyond surface conditions to uncover the potential messages carried within. The language of tactility and resonance was further developed in my building, Sensory Symphony Space for the Visually Impaired, a nightclub designed to allow people to relax safely and with a sense of security. To achieve this, I developed a system of informative guiding handrails with various textures and forms across different spaces in the building. The concept of creating a sense of continuity and familiarity between people and spaces is demonstrated through the blend of large-scale building structures and small-scale features like furniture and handrails.

TerraTune Wheel and Resonator Model Family

The image presents my exploration of ground texture resonance through various models. I meticulously crafted each, experimenting with materials to optimize interaction with the steel wheel instrument. These resonators harmonize with the instrument, translating ground textures into musical notes.

Elevation Drawing of The TerraTune Instrument

The drawing depicts the resonating strategy and structure of the wheel instrument, detailing the connection between the wheel, resonator, and teeth. Resonance is generated as the teeth interact with the uneven ground.

Long Section Render of the Sensory Symphony Night Club

An idea emerged from exploring ground texture: a dance club prioritizing touch and hearing, minimizing visual reliance. Handrails in the building are tailored to each space, enhancing tactile and auditory experiences.

Hydroforming Stainess Steel Structure; Technical Strategy Explored

Hydroforming was tested on the building’s primary steel structure using a model. A water pump inflated a stainless steel envelope, simulating the desired structure.

Render Moment of Building Bathroom Guiding Strategy

The image showcases the lighting, handrail, and material strategy of the bathroom space in the building. Lighting, reflectiveness, and material tactility collaboratively guide occupants throughout the structure.