The Woven Totem Pods project is positioned on a cliff, offering wide views while blending into the landscape. It consists of a series of suspended pods connected to a central core. This core provides access and circulation, creating a practical yet inviting living environment. The design emphasizes vertical space and openness, reflecting modern living needs in a natural setting.

Structural Composition

The building's framework uses reinforced concrete to ensure stability and durability. A 2500 PSI reinforced concrete slab, strengthened by a 4"x4" metal mesh, forms the foundation that supports both the pods and the core, crucial for maintaining the structure's integrity on the cliffside.

The architecture features built-up roofing membranes and a vapor layer to prevent moisture issues. An aluminum drip edge also helps manage water runoff, protecting the building from weather-related damage.

Sustainability Features

Sustainability is a key focus in the design. Photovoltaic solar panels on the roof allow the building to operate without relying on external energy sources. This feature reduces ecological impacts and highlights a commitment to energy efficiency in residential design.

The tensioned metal monolithic spandrel, filled with lightweight concrete, permits the pods to hang elegantly from the core. This detail supports the overall structure while adding a visually interesting quality to the design.

Interior Design Elements

Inside, the spaces are designed to enhance comfort and usability. Gypsum ceilings give a smooth finish and improve sound quality in the living areas. A 24"x24" sandstone tile finish adds durability while making the interiors feel welcoming.

Reinforced concrete ha-ha walls and an effective drainage system address the challenges posed by the cliffside location. The building's foundation includes concrete piles designed to adapt to the specific geological conditions, providing stability and support.

The design achieves a sense of flow between inside and outside. Double-curved glass panels allow for natural light and beautiful views while lowering the impact of UV rays. This thoughtful detail not only enhances the architectural look but also emphasizes the intention to connect with the surrounding environment.