Light Puddle is a handcrafted glass light fixture designed to create a calming, immersive atmosphere in the bathroom. Its wavy glass surface distorts the colored LED light, casting dynamic, water-like reflections on surrounding walls—similar to the shimmering effects of light under water.
The concept explores how light and environment can interact to enhance daily rituals. Planned as a bathroom lamp, Light Puddle is envisioned to include a humidity sensor connected to an Arduino system. This will allow the lamp to respond to moisture levels—shifting color when someone showers or when the room becomes steamy—transforming a simple routine into a sensory experience.
The project sits at the intersection of craftsmanship, interaction design, and ambient technology, aiming to turn functional lighting into something poetic and responsive.
This project was developed during my year abroad at Mimar Sinan University, where I explored glassworking techniques and electronic prototyping. I began by sculpting the lamp’s form in ceramics, shaping a square base with a fluid, wavy surface. From this, I created a plaster mold, into which we blew molten glass—capturing the subtle distortions of the original design.
The finished glass piece was then cut into two halves, creating a shell-like form to house the electronics. I programmed the LED system using Arduino, designing simple color transitions to reflect mood and atmosphere. For the prototype, I focused on basic lighting behavior, with plans to integrate a humidity sensor in the next development phase.
This project allowed me to combine digital fabrication with traditional glassblowing techniques—offering a valuable learning experience in both material experimentation and interactive design.
