Constructed with structural insulated panels and cyclopean concrete, this mountain retreat in Nepal integrates local motifs and sustainable practices to provide a functional lodging space for visitors in a challenging environment.
RODRIGO MATHIAS,HELENA OBINO,MARIA VITTORIA OLIVEIRA,FERNANDO PAAL
With its charred wooden shingles and integrated biogas systems, the retreat seamlessly combines sustainable materials and modern construction techniques to offer a reliable shelter for hikers in the Himalayas.
Utilizing charred wooden shingles and integrated photovoltaics, the shelter offers a sustainable and adaptable accommodation solution in the challenging terrain of the Himalayas.
Constructed with charred stone and integrated solar energy systems, the Himalayan shelter embodies local cultural traditions while providing a functional retreat for trekkers and climbers in a demanding mountain environment.
Constructed using locally sourced dry stone masonry, this parabolic-roofed shelter is strategically designed to provide emergency refuge for trekkers enduring the severe conditions of the Himalayan landscape.
Utilizing charred wooden shingles and aluminum roofing, the design creates a durable, energy-efficient shelter that integrates seamlessly into the Himalayan landscape, serving as a comfortable retreat for travelers along the Great Himalayas Trail.
Utilizing charred wooden shingles and vertical wind turbines, the design offers a sustainable haven for trekkers, blending seamlessly into the Himalayan landscape while providing essential communal and private spaces.
Repurposed aluminum gas cartouches and locally sourced bamboo combine to create a sustainable shelter designed for climbers navigating the Himalayan landscape.
A sloping roof constructed from charred wooden shingles and a robust natural stone base forms an eco-sensitive mountain shelter designed for trekkers, emphasizing energy efficiency and communal living in a high-altitude environment.
Rammed earth construction complemented by parabolic roofs provides a climate-responsive shelter for trekkers navigating the rugged landscapes of Nepal.
Utilizing charred wooden shingles and local stone, the design integrates seamlessly with the Himalayan landscape, providing a multi-functional refuge for trekkers that emphasizes sustainability and community interaction.
Utilizing a galvanized steel framework and rigid foam panels, the design addresses the unique challenges of the Himalayan environment, delivering flexible, sustainable living spaces for local communities.
Incorporating a flexible fabric facade and integrated solar elements, this Himalayan trail hut redefines sustainable shelter while fostering community interaction among mountaineers.
Elevated bamboo structures and translucent fabric create a modular shelter designed for climbers in the harsh environments of high-altitude terrain, ensuring a resilient and adaptable refuge.
Utilizing rammed earth and local timber in a circular layout, this mountain hut incorporates solar energy systems to create a functional and sustainable living space for its inhabitants in Nepal's challenging terrain.
Engineered bamboo constructs combine with stone gabions to create a resilient shelter that harmonizes with the Himalayan landscape, providing essential accommodations for trekkers and climbers.
Pilar Giraldo Rivera,Efraín Cardenas Osorio,Jose Miguel Hurtado Henao,Diana Alejandra Tabarquino Mora
Elevated air chambers and a geometric roof design create a resilient structure that harmonizes with the Himalayan landscape, serving as a vital refuge for mountaineers.
Constructed with galvanized steel and designed for optimal thermal performance, this mountain hut serves as a durable refuge for adventurers seeking rest in the challenging Himalayan environment.
Constructed with locally sourced mud brick and stone, this mountain shelter skillfully integrates timber framing to provide a sustainable refuge for trekkers in the challenging Himalayan terrain.
Constructed with double-glazed glass for optimal insulation and adaptable synthetic fabrics for versatility, the design enhances energy efficiency while providing essential shelter for climbers in the Himalayan landscape.
Utilizing bamboo and recycled steel, the design incorporates vertical gardens to enhance urban living environments while fostering community engagement through adaptable micro-housing units.
The project addresses the complexities of urban density while fostering social engagement and pedestrian accessibility by integrating flexible office spaces with vibrant communal areas. The design not only enhances functionality within a constrained urban footprint but also strengthens connections between disparate elements of the city’s fabric.
This study examines a multi-volume building designed to connect users with the forest landscape while accommodating communal and educational functions. Architectural strategies in these contexts can balance visual distinction with environmental sensitivity, providing spaces for learning and observation.
With a design that utilizes stacked roofs to create unobstructed jungle views, this wooden retreat fosters a close connection to nature while providing essential shelter and spaces for relaxation and meditation.
Crafted with natural brown tones and a focus on simplicity, the hut integrates into the Cambodian landscape, offering a serene retreat for reflection and relaxation.
A central tree anchors a gabled cabin designed for relaxation and self-discovery, while cross ventilation and sustainable wood construction enhance the connection with nature.
The proposal examines a visitor-oriented facility situated within a natural park landscape, designed to accommodate both recreational and educational functions. The study considers how spatial organization, vertical circulation, and cultural elements can enhance the visitor experience while addressing operational needs such as security and staff requirements.
Maria Paz Debarre,Maria Azul Fontao,Eliana Daniela Lejtman
The proposal examines a series of modular cabins designed to support cyclists along a major European route. The study focuses on how compact structures equipped with essential facilities can provide comfort and rest while maintaining a low impact on the natural environment.
Use architecture to create different emotional states
Edition #9ideas COMPETITIONSILENT CONTEST For this competition, NO DESCRIPTION TEXT is allowed. The architecture ideas must be communicated strictly with visuals.
Prize Monetary award
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Advance registration deadline 12 November 2026
Open architecture competitions
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Ideas competitions
Experimental competitions with the focus on pushing the boundaries of creativity
Use architecture to create different emotional states
Edition #9ideas COMPETITIONSILENT CONTEST For this competition, NO DESCRIPTION TEXT is allowed. The architecture ideas must be communicated strictly with visuals.
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