Amber Beverage and Plant Shadow Still Life
Amber Beverage and Plant Shadow Still Life
Amber Beverage and Plant Shadow Still Life

Challenge

Natural sound systems often feel either overly random or too mechanical. The challenge was to design a physical device that produces sound that feels organic and pleasant over time, while still giving users enough control to prevent fatigue or annoyance in an indoor setting.

Challenge

Natural sound systems often feel either overly random or too mechanical. The challenge was to design a physical device that produces sound that feels organic and pleasant over time, while still giving users enough control to prevent fatigue or annoyance in an indoor setting.

Insight

Sounds that feel “natural” often balance external forces with subtle human intervention. By treating environmental data as a behavioral influence rather than a strict controller, and pairing it with simple tactile adjustments, sound can remain dynamic without becoming chaotic.

Solution

Environment-Driven Sound Behavior

Live wind speed data from a weather API controls the playback intensity and timing of chime sounds. Stronger winds result in denser and louder chime activity, while calmer conditions produce slower, lighter playback.

Tactile User Control

Physical knobs allow users to fine-tune the system’s behavior. One knob controls overall volume to maintain listening comfort, another adjusts the base playback interval to prevent excessive repetition, and a third introduces controlled randomness to vary timing and dynamics.

Physical Design & Placement

The device is housed in a compact enclosure designed for indoor use. PVC suction cups on the back allow it to be mounted on vertical surfaces such as walls or windows, reinforcing its relationship to outdoor environmental conditions.

Indoor Chimes

Indoor Chimes is a physical sound device that translates real-world wind data into an indoor acoustic experience. The system combines environmental input with tactile control: live wind speed data influences when and how chime sounds are played, while physical knobs allow users to shape volume, rhythm, and randomness. The result is a sound object that feels responsive, ambient, and gently unpredictable.

Year

2025

Year

2025

Role

Creative Technology

Role

Creative Technology

Client

This is a personal project.

Client

This is a personal project.

Timeline

3 months

Timeline

3 months

Indoor Chimes

Indoor Chimes is a physical sound device that translates real-world wind data into an indoor acoustic experience. The system combines environmental input with tactile control: live wind speed data influences when and how chime sounds are played, while physical knobs allow users to shape volume, rhythm, and randomness. The result is a sound object that feels responsive, ambient, and gently unpredictable.

Year

2025

Role

Creative Technology

Client

This is a personal project.

Timeline

3 months