The facade system I designed transforms sound into movement, creating a dynamic and interactive architectural element. Inspired by the form of a speaker, the design mimics the vibrations of sound waves through kinetic motion.
Using parametric modeling and sound analysis, the facade responds to sound frequencies in real-time, producing an ever-changing aesthetic of light and shadow. More than a static surface, it acts as a performative layer, visually reflecting the energy of sound. This design combines technology, art, and environmental responsiveness to create a striking and immersive architectural experience.
CONCEPT
My concept envisions a dynamic facade that bridges a seamless loop between a building’s interior and exterior. By responding to interior sounds, the facade generates expressive movements, visually echoing the building’s energy. Simultaneously, it measures temperature, humidity, and heat index, feeding this data back to optimize interior conditions. This creates an intelligent, responsive system where architecture and environment harmonize, enhancing both functionality and user experience.
WORKFLOW
I used the sound sensor and the temperature and humidity sensor as inputs. I used the servo motor and rgb led as outputs.
VIDEO
SCHEMATIC
PROTOTYPE
While prototyping, I aimed to position the facade system prominently. I crafted metal-like pipes from a long piece of wood and cut circles out of MDF. I attached my servo motor to these circles using a rope. When the system detects sound, the servo motor tightens the rope, causing the circles to move, mimicking the motion shown in the video.
RENDERS
