A curvilinear steel structure enveloped in a transparent ETFE skin, this sustainable shelter integrates modular sleeping units and communal spaces, serving the needs of trekkers in the challenging Himalayan environment.
Incorporating charred wooden shingles and extensive glass facades, this retreat provides a sustainable sanctuary for mountaineers, seamlessly blending with the rugged Himalayan landscape while offering panoramic views and a refuge from extreme conditions.
Constructed using locally sourced stone and charred wooden shingles, the shelter seamlessly integrates into the Himalayan landscape while providing a comfortable lodging experience for trekkers and travelers.
Juan Rodríguez Contreras,Juan Rodriguez Contreras,Oscar Maciel Gonzalez Duran,Gerardo Arce Marquez
Constructed with charred wooden shingles and local stone, this mountain retreat integrates sustainable practices with a circular layout to serve as a communal shelter for visitors.
Utilizing modular design and advanced thermal insulation, the structure seamlessly integrates sustainable aluminum and wooden elements to provide a practical retreat for climbers in the challenging Himalayan landscape.
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.
Harnessing natural elements through an innovative weather harvesting system, the hut utilizes cross-laminated timber panels and charred wooden shingles to create a functional refuge for climbers in the harsh Himalayan environment.
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.
With rotating accommodation volumes crafted from precast concrete and timber, the design enhances views of the surrounding Himalayan landscape while providing essential refuge for trekkers.
Constructed with a dual-layered vinyl roof that harnesses solar heat and features strategically placed heating rocks, this shelter integrates communal spaces within the challenging Himalayan climate to provide resilience and comfort for its inhabitants.
Constructed with locally sourced charred wooden shingles and laminated timber, the mountain hut integrates passive solar design and rainwater management to provide a sustainable shelter for trekkers and climbers in the Himalayas.
Srinath Suresh,Vasudevan Kothandaraman,Ramprasath VM,Bhanusekaran K
Utilizing a sustainable stone foundation and fly-ash materials, the design integrates an asymmetrical form that blends with the Himalayan landscape, providing essential shelter for trekkers navigating the challenging terrain.
Constructed with crimson paint and Himalayan clay, the design utilizes local timber to create a functional community space that fosters cultural exchange in the heart of the Himalayas.
Constructed with charred wooden shingles and a robust stone foundation, the structure offers a resilient and sustainable shelter for adventurers in the challenging Himalayan environment.
Aguilar y Varona Arquitectos Asociados,Jose Aguilar,Matias Varona,Aguilar y Varona Arquitectos Asociados
Constructed with charred wooden shingles and cross-laminated timber, this pyramidal structure employs passive solar design to create a communal space that harmonizes with the rugged Himalayan environment.
Incorporating a flexible fabric facade and integrated solar elements, this Himalayan trail hut redefines sustainable shelter while fostering community interaction among mountaineers.
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.
Constructed from rammed earth and local hardwood, this mountain hut in the Himalayas offers thermal efficiency and a communal space for hikers seeking refuge in a remote landscape.
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.
Utilizing a unique aluminum wing assembly and Himalayan pink salt, the design enhances functionality and sustainability within a multi-purpose facility at Al Dhafra Airport.
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.
Elevated on stilts, the structure utilizes cross-laminated timber panels and translucent surfaces to create a harmonious integration with the surrounding environment, serving as a serene space for meditation and reflection.
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.
The undulating roof structure, supported by wooden elements and complemented by a reflection garden featuring preserved mature trees, creates a contemplative memorial space honoring the lives lost during the Sri Lankan Civil War.
Incorporating a double-skin facade of translucent polycarbonate and locally sourced timber, the structure harmonizes with the volcanic landscape while providing essential facilities for winter recreation.
Maria Turcu,Mihai Mitrică,Alina Măldărescu,Alina Lixeanu
Incorporating vertical gardens and green façades, the design enhances urban connectivity and sustainability while providing multi-functional spaces for offices and public interaction.
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
Eligibility Open to all
Advance registration deadline 12 November 2026
Open architecture competitions
Closest deadline first
Project competitions first
Selected winning projects have the potential to be constructed
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.
Only participants selected and invited by Buildner can enter these closed competitions. To be considered for future opportunities, please set up your account on Architects' Network Plus.