B Design Studio | 2025 – 2026
This project represents a hands-on exploration of compact living and mobile architecture. Bahareh led the complete transformation of a cargo van into a fully self-sufficient, off-grid camper van, managing the project from initial layout to final fabrication.
The design prioritizes a healthy indoor climate and sustainable materiality. Bahareh selected natural wool insulation for the building envelope, ensuring a "breathing" structure that regulates moisture and temperature naturally. The interior lining is crafted from birch plywood, chosen for its structural lightness, strength, and warm tactile aesthetic. Red wood panels were used for the ceiling, adding warmth and continuity to the interior.
Spatially, the layout revolves around a custom-engineered wet cell module, fully integrating a shower and a flush toilet within the compact footprint. The shower features a custom-made stainless steel tray. This efficient zoning allows for a spacious kitchen and comfortable sleeping arrangement without compromising on essential amenities. The kitchen incorporates a sink, fridge, and electric cooktop. Additional storage is integrated throughout the interior to make efficient use of the available space. To accommodate a larger bed, Bahareh developed additional framing within the van, creating more usable space for sleeping.
The design also prioritizes indoor comfort and ventilation. The camper van is equipped with heating systems for both air and water. Two MaxxFan ventilation units, positioned in the wet cell and main living area, provide mechanical air circulation. Openable windows are strategically placed to support natural cross-ventilation and maintain airflow throughout the interior.
Technically, the vehicle is designed for autonomy with roof-mounted solar panels connected to a battery system powering the electrical infrastructure. Under normal weather conditions, the solar and battery capacity allows the camper van to operate off-grid for almost two weeks. A dedicated water tank supplies the internal water system, supporting independent use of the kitchen and shower facilities.
By executing the production herself, Bahareh ensured precise detailing and a deep understanding of how materials meet and perform in a mobile environment. The project brings together spatial planning, material selection, and technical integration, with each component developed to balance functionality, comfort, and efficient use of space.