Process

Concept & Inspiration

The project started with exploring how rain can be experienced visually rather than functionally. I gathered references of illuminated installations, water features, and window forms to define the desired mood.

Early sketches focused on the window shape, decorative elements, and how water and light could coexist within a single enclosure.

Form & Scale Exploration

Before committing to materials, I created a physical mockup to test proportions and overall size. This helped determine the maximum dimensions and ensured the installation would feel window-like rather than box-shaped.

Water System Design

Designing the Top Reservoir

I designed a drip channel to guide water evenly from the top reservoir, aiming for a controlled and consistent flow. During testing, the first print showed that small holes did not print correctly, causing partial blockages. This was fixed by carefully drilling the holes to restore flow.

Digital Modelling

I modelled the reservoirs in Blender to decide wall thickness, outlet placement, and how the parts would fit in the enclosure before printing.

Bottom Reservoir

The bottom reservoir collects water and returns it to the pump, completing the closed-loop system.

Building the LED Panel

An addressable LED panel was built behind the window to create atmospheric lighting. The vertical layout was chosen to visually reinforce the downward motion of rain.

Enclosure & Assembly

The enclosure was laser-cut from wood to house the water system and electronics.

A separate backing cover was added to conceal all technical components and keep the focus on the visual experience.