An elevated timber structure in the marshlands of South Dakota functions as a community center, incorporating natural illumination and a glazed corridor to facilitate education and public interaction.
Utilizing a pneumatic structure crafted from inflatable silicone, this habitat integrates adaptive design and regenerative life support systems to create a self-sustaining living environment for extended habitation in extreme conditions.
Combining a multi-level design with a drive-in approach, the structure utilizes steel and glass to create accessible urban housing that integrates community living with efficient transport solutions.
Constructed with charred wooden shingles and cross-laminated timber, this school integrates outdoor learning environments with flexible classrooms, fostering a community-centric educational experience within a natural landscape.
Built with a lattice structure of cross-laminated timber and accented by charred wooden shingles, the observatory tower invites visitors to engage with the surrounding marshland while providing critical insights into local wildlife.
Constructed with a lightweight steel framework and expansive glass panels, the observation tower offers unobstructed views of the marshlands, facilitating immersive wildlife observation while seamlessly integrating into the natural landscape.
Jacob Gasper,Ruoxi Chen,Noah Tornabane,Emma Vanzante
Elevated platforms crafted from native pine wood emerge gracefully over the marshland, forming a network of walkways that promote wildlife observation and foster a deep connection with the surrounding ecosystem.
Combining charred wooden shingles with a permeable façade, the structure elevates visitors above the marshland to foster wildlife observation and promote environmental awareness.
Christopher Shoemaker,Javier Rodriguez,Caleb Sturtz,Salvatore Zajac
Constructed from glulam beams and charred wood, the observatory’s tilted cubes create distinct vantage points for immersive birdwatching experiences amid the rich biodiversity surrounding Lake Pape.
Equipped with a hydrogen fuel system and constructed from transparent aluminum, this sustainable habitat on Mars is designed for self-sufficient living while addressing the pressing challenges of resource management and ecological responsibility.
Featuring a vented façade that allows natural light to filter through and engineered wood elements that resonate with the surrounding wetlands, the structure serves as a community hub for environmental education and observation.
Elevated on stilts and made with local bamboo and cane, the microhome integrates sustainable water management systems to create a resilient living space in the Iraqi Marshes.
Utilizing regolith-based materials and biophilic elements, the development creates a sustainable habitat that fosters community living in the challenging environment of Mars.
Albert Mcdonald,Jordan Gray,Sam Burner,Erika Jolleys
Elevated platforms clad in Siberian larch extend gracefully above the marshland, facilitating direct engagement with the ecosystem while providing essential spaces for observation and education.
Charred timber cladding and a thatched roof seamlessly integrate with the marshland, creating a purpose-built observation tower that enhances birdwatching opportunities while respecting the natural environment.
Elevated platforms constructed from laminated timber panels provide an unobtrusive vantage point for observing avian life in a marshy ecosystem, fostering a deeper connection between visitors and nature.
The use of charred timber and cable netting creates a sculptural pavilion that rises above the Pape Lake marsh, providing a unique vantage point for observing the surrounding ecosystem.
Constructed as a protective Faraday cage, this watchtower combines a steel and timber structure with large glass facades to offer unobstructed views of the marshland, serving as a vital observation point for ecological study and appreciation.
A panoramic terrace elevated by a suspended cable system provides visitors with expansive views of the wetlands, promoting accessibility and interaction with the unique ecological landscape.
Constructed with terracotta floors and recycled wood panels, the floating residence harmonizes with the Salt Marshes, providing a sustainable living solution that fosters a strong connection to nature.
Repurposed oil rigs form the foundation for a resilient water-based community, integrating fish farms and urban agriculture to create a sustainable habitat for future residents.
The project is a wellness retreat that brings together yoga, meditation, and communal living through an architecture focused on minimal environmental impact. Using ecologically responsible materials and passive design strategies, it fosters a balanced relationship between daily life and the surrounding natural landscape.
Positioned between the Baltic Sea and the Jaunupes River, the Pilgrimage Yoga House is a multifunctional space designed for yoga, meditation, and communal gathering. The project combines sustainable construction with a strong sensitivity to its landscape and users, offering a setting that supports both individual reflection and shared experience.
Utilizing bamboo and recycled steel, the design incorporates vertical gardens to enhance urban living environments while fostering community engagement through adaptable micro-housing units.
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.
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.