Architecture project // Charred Wooden Shingles and Prefabricated Timber Forming a High-Altitude Refuge

Charred Wooden Shingles and Prefabricated Timber Forming a High-Altitude Refuge

Authors:

Jonathan Anderson, Jonathon Yeo, Alessia Mercuri

Constructed with charred wooden shingles and prefabricated timber, the design provides an efficient and sustainable high-altitude shelter that fosters community engagement amidst the rugged Himalayan landscape.

5 key facts about this project

Constructed using locally sourced charred wooden shingles for enhanced durability.

Incorporates cross-laminated timber panels for efficient prefabrication and insulation.

Features a bent A-frame design optimizing structural integrity and space utilization.

Strategically oriented large windows to maximize natural light and Himalayan views.

Includes a graywater recycling system to promote sustainable water management.

General keywords

himalayas hut communal nepal sustainability timber mountain accommodation modular refuge

Project specific keywords

nepalese stone insulation prefab timber high-altitude solar energy graywater system local craftsmanship modular units community space large windows

# Architectural Design Analysis: Himalayan Mountain Hut

## Overview

The Himalayan Mountain Hut is situated in the high-altitude regions of the Himalayas, where it addresses the unique climatic, cultural, and logistical challenges inherent to mountainous environments. The design integrates contemporary architectural principles with local vernacular styles, emphasizing durability and functional relevance. The primary objective is to create a shelter that provides safe, insulated accommodations, fostering communal interaction among visitors and residents.

## Spatial Organization and User Engagement

The layout of the hut is strategically designed to encourage social interaction. A central common room functions as a gathering space, featuring expansive windows that frame views of the surrounding landscape. Adjacent residential units offer group accommodations, balancing comfort with privacy. Utility areas, including kitchens and bathrooms, are included to support essential functions while maintaining hygiene standards in a remote setting. This configuration creates an environment that enhances user experience while promoting a sense of community.

## Material Selection and Sustainable Practices

The material palette reflects a commitment to sustainability and local sourcing. Timber serves as the primary structural element for roofing and interior applications, providing effective insulation and a warm aesthetic. Local stone is utilized for the foundation, ensuring resilience against the harsh terrain, while glass facades facilitate natural lighting and visual integration with the outdoors. Steel components are incorporated for structural integrity, capable of withstanding extreme weather conditions.

Construction techniques embody a combination of traditional craftsmanship and modern modular methodologies, allowing for scalable construction and minimized site disruption. The integration of green technologies like solar panels and greywater recycling further emphasizes the project's environmental responsibility, aligning architectural practices with sustainability goals.