Utilizing precast structures and traditional windcatchers, the design integrates sustainable materials to create resilient shelters capable of withstanding the region's harsh sandstorms.
Utilizing a bamboo-clad framework and an integrated photovoltaic roof, this design addresses urban climate challenges while providing adaptable housing solutions for resilient community living.
Raising the urban fabric with elevated structures and incorporating green roofs alongside transparent facades, the design offers a flexible workspace connected with nature while addressing climate resilience.
Elevated above potential flood levels, the design utilizes bamboo as a primary material and integrates green roofs to create adaptable housing solutions for communities in Bangladesh facing climate challenges.
Integrating bio-walls and foldable structures, this modular housing solution offers a sustainable approach to urban living, designed to rapidly support communities recovering from natural disasters.
Utilizing protective fabrics and cement bonded particle boards, the design integrates vertical gardens to foster urban resilience while providing multifunctional community spaces.
Incorporating bomb shelter elements within a framework of recycled concrete and sustainable wood panels, this design creates adaptable community living spaces that effectively address safety and environmental concerns.
Utilizing inflatable membranes and advanced composite materials within a natural lava tube, this lunar habitat redefines the possibilities of sustainable extraterrestrial living through modular adaptability and environmental integration.
Constructed from galvanized steel and enhanced with thermal insulation, this triangular shelter offers a resilient and self-sufficient haven for climbers navigating the challenges of high-altitude environments.
Relying on macropcarpa cladding and an innovative shade structure, the design creates a resilient environment that integrates natural ventilation and thermal comfort to support yoga practices in a humid Cambodian setting.
Utilizing a plant-fiber composite and modular construction, this compact dwelling offers adaptable living solutions that respond effectively to contemporary housing needs.
Jackson William Franks,Zeynep Gul,Godwin Cyrus Golocan Gagaza
Charred wooden shingles create a visually distinct façade for modular housing designed to enhance community resilience and interaction along the waterways of Makoko.
Constructed using locally sourced Bakau wood and designed with elevated oyster castles, the architecture addresses coastal resilience while providing essential housing for fishermen and their families.
Elevated on wooden piles, this floating habitat combines cross-laminated timber with a lush vegetated roof to create a sustainable living environment designed for an adaptable coastal future.
Utilizing recycled concrete and a robust steel framework, the design creates adaptable communal spaces that prioritize resilience and sustainability in a post-crisis urban environment.
Elevated structures clad in charred wooden shingles provide a resilient solution to rising tides while fostering community engagement in a coastal environment.
Utilizing charred wooden shingles and a modular design, this educational facility emphasizes sustainability and adaptability to create an engaging learning environment in Ukraine.
A compact, spherical dwelling utilizes metal cladding and natural fiber panels to achieve an energy-efficient living space designed for modern sustainability.
Elevated structures integrated with local mangrove ecosystems provide a resilient solution for coastal living in Florida, addressing the challenges of rising sea levels while promoting community engagement and ecological balance.
Constructed with modular honeycomb elements, the design integrates cost-effective wood to create adaptable living spaces that address the needs of communities in high-altitude disaster-prone areas.
Shiyen Wu,Jun-han Huang,Pei-shan Chen,Chun-teng Lin
Constructed with charred wooden shingles and enhanced by biophilic green walls, the design integrates residential and commercial spaces to promote community interaction within an urban setting.
Constructed with modular cross-laminated timber panels and green roof systems, the design establishes a contemporary urban hub that supports intergenerational living and promotes social cohesion.
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.
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.
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.