

KUMQUAT
The 360° sound stage project was commissioned by KUMQUAT Collective, a Marseille-based collective organising tech house events. The stage was designed to accommodate the festival’s main lineup and integrate with a custom 360° sound system specifically tailored to the spatial configuration.
The project was developed with a limited budget of €1,000, requiring the reuse of materials from previous collective events. The final structure was primarily constructed from pine wood, balancing affordability, ease of assembly, and durability.
In collaboration with architect Beyram Achich, the design was developed over three weeks prior to the event, with a strong focus on creating an efficient construction system that could be quickly assembled on site.
Five days before the festival, I travelled to Marseille to participate in the physical construction of the stage by hand. This was my first experience building one of my own architectural designs, offering valuable insight into the transition from drawings to full-scale construction and the collaborative process between architects and builders.
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Sketches of the site.
The site
The project took place on the grounds of an abandoned château outside Marseille, previously functioning as a women’s clinic. Composed of three buildings and surrounded by large gardens and woodland, the site offered a unique setting for the event. Hidden among the trees, the dance floors became part of the forest landscape, shaping an immersive atmosphere between sound, architecture, and nature.

Process
Due to the limited timeframe, the design process moved directly into development. I modelled the structure in 3D, allowing us to modify elements rapidly while simultaneously producing construction drawings. This workflow helped us evaluate costs in real time and communicate the design clearly to the builders on site, ensuring the assembly process was as efficient and smooth as possible.

First sketches of the structure.
Process.

Reference image


The structure is composed of a four-legged system made of double wooden pillars supporting a 5-meter diameter roof. The rear pillars are extended to integrate shelving units, allowing vinyl artists to store records, equipment, and drinks directly within the structure.
The floor consists of an internal substructure covered with chipboard panels, designed to minimise wood vibration and ensure stability for the vinyl decks. The base foundation was adapted to accommodate 12 subwoofers, integrated into the lower structure to enhance the acoustic performance of the system.
Several adjustments were made on site due to construction constraints. In particular, the roof was tilted by 20 percent to enhance the overall visual dynamism of the structure and respond to spatial conditions during assembly.


BUILDING PROCESS














