Architecture project // Modular Dodecahedron Shelter Constructed with Composite Materials for High-Altitude Living

Modular Dodecahedron Shelter Constructed with Composite Materials for High-Altitude Living

Authors:

Patrice Deslauriers, Yoann Plourde

Constructed with a modular dodecahedron design and composite materials, this high-altitude shelter offers adaptable and efficient living spaces for climbers navigating extreme environments.

5 key facts about this project

Constructed with a lightweight composite panel system for rapid assembly in remote locations.

Features telescopic legs for height adjustment on uneven terrain, enhancing stability and adaptability.

Utilizes a dodecahedron shape, maximizing structural strength while minimizing material use.

Includes large windows and skylights to optimize natural lighting and views of the surroundings.

Designed for modular connectivity, allowing multiple units to create customized communal spaces.

General keywords

himalayas mountain hut modular shelter high-altitude transportable weatherproof insulation climbers sustainable

Project specific keywords

dodecahedron composite tessellation honeycomb telescopic modularity panoramic self-sufficient compactness interconnectivity

### Project Overview

TESSEL represents an innovative architectural approach designed specifically for extreme outdoor environments, with a primary focus on the Himalayan region. The project aims to create adaptive, transportable mountain huts that serve as temporary shelters for climbers and adventurers in challenging terrains, addressing the need for safe and efficient resting spaces during their excursions.

### Structural Geometry and Modularity

The architectural design utilizes a trapezo-rhombic dodecahedron, allowing for tessellated surfaces that facilitate efficient packing and simplified assembly in rugged landscapes. This geometric configuration emphasizes modularity; multiple units can be connected to form larger structures without compromising structural integrity. Each hut consists of three interconnected panels, easily transportable and capable of rapid setup on-site, which reduces construction time significantly.

### Material Innovation and Sustainability

Material choices play a crucial role in the design, focusing on durability and performance under severe conditions. Composite panels offer waterproofing and thermal insulation, essential for high-altitude environments, while honeycomb panels enhance the structural integrity and insulation properties. The integration of telescopic legs allows for height adjustment, ensuring stability across uneven terrains. Additionally, weatherproof textiles are incorporated to provide resistance against extreme elements such as snow and wind. This careful selection of materials supports a sustainable approach to habitation in remote locations, ensuring longevity and functionality in demanding circumstances.

### Functional Interior Design

The interior layout is optimized for multifunctionality, providing spaces for sleeping, cooking, and relaxation within a compact design. Large windows and skylights enhance natural lighting, create a spacious feel, and connect occupants with the breathtaking outdoor environment. The design prioritizes user experience, enabling climbers to find respite and retreat while surrounded by the majestic landscape of the Himalayas.