Calvin alexander Poillot,Stefani septi Hadian,Natalia febiola Wartama,Brigitta pramesthi Saraswati
Incorporating clay tiles and an efficient rainwater harvesting system, the microhome offers a sustainable living solution that blends compact design with urban farming potential.
Constructed with a wigwam-inspired shape and advanced goat wool insulation, this microhome utilizes rainwater recycling to promote sustainability while providing cozy year-round living near Lake Ontario.
A lightweight textile enclosure incorporates local basketry and straw insulation to create a flexible microhome that adapts to various living functions while emphasizing sustainability and cultural integration.
The implementation of a movable shelving system within a Cross-Laminated Timber structure allows for dynamic space utilization in this microhome, designed to offer comfort and adaptability for a young, professional couple.
Elevated on a single point and featuring integrated solar panels, the design incorporates recycled elements and a vegetable garden to create a sustainable microhome that fosters a strong connection with its environment.
Incorporating a rainwater collection system and plywood insulation within a modular framework, the microhome offers a sustainable living solution designed for efficient urban use.
Crafted from renewable reed, this compact microhome emphasizes natural light and ventilation, creating an adaptable living space tailored for modern urban lifestyles.
With a Galvalume roof and structural elements made from White Cedar, this self-sustaining microhome harmonizes with its natural surroundings while providing essential living spaces.
Floating on a modular cube pontoon system, the microhome captures rainwater and seawater while integrating vegetation for cultivation, providing a self-sufficient living space in vulnerable coastal environments.
With a modular design that incorporates curvilinear forms and integrates photovoltaic panels and extensive glass elements, this microhome offers an adaptable living space tailored for the modern lifestyle.
Utilizing cob construction and integrated wind energy systems, the design creates an efficient microhome that addresses the housing demands of Greece's tourist-heavy islands.
Constructed with laminated timber and equipped with hydroponic systems, this microhome offers a sustainable living solution that prioritizes energy independence and efficient space utilization.
By integrating perforated screens and solar panels, this microhome offers a sustainable living solution within the dense environment of Guangzhou's urban village, focusing on flexibility and community engagement.
Constructed with a charred wood exterior and enhanced by a green roof, the microhome is designed to promote sustainability while providing a versatile living space for its inhabitants.
Constructed from steel and wood, this microhome utilizes a rainwater harvesting system and features adaptable living spaces, offering a sustainable solution for compact living in Malaysia's tropical climate.
Constructed with hempcrete and featuring a rainwater collection system, this microhome offers an adaptable living experience that harmonizes with its natural surroundings.
Utilizing superfluous concrete and advanced 3D molding techniques, the self-sustaining microhome integrates recycled aggregates and vertical gardens, creating a harmonious living space that emphasizes both functionality and environmental responsibility.
Constructed from GluBam, the microhome offers a flexible living space that integrates an outdoor shower and balcony for an enhanced connection to the coastal environment, designed specifically for two wakeboard instructors.
A floating microhome equipped with a zinc roof and a vertical hydroponic garden adapts to rising water levels, providing a sustainable living solution in flood-prone areas.
Utilizing thermal waters for radial heating, the microhome offers a customizable living space designed for energy efficiency and sustainable resource management.
The incorporation of a vegetalized roof and cross-laminated timber creates a sustainable environment for yoga and meditation, harmonizing design with nature while enhancing user comfort through innovative ventilation and rainwater management systems.
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 hollow brick construction and modular design, this sustainable residential initiative captures wind and solar energy to create adaptable living spaces for families in Dubai's arid climate.
The design responds to the need for enhanced interaction between visitors and the surrounding natural environment by providing elevated observation points within a wetland setting. It integrates with the existing trail system to support wildlife viewing and outdoor recreation.
Situated in a remote and challenging landscape, the design explores the relationship between humanity, nature, and time through a combined memorial and educational facility. The structure addresses themes of memory, ecological responsibility, and philosophical inquiry within a carefully considered architectural framework.
Incorporating advanced robotic parking technology and sustainable green roofs, this urban housing solution maximizes space efficiency while addressing the growing demand for adaptable living environments.
Constructed with hempcrete and rammed earth, the residence combines traditional Middle Eastern design strategies with contemporary sustainable technologies to create an efficient family dwelling in Dubai's desert environment.
Utilizing a frame-wall structure and a steel plate system, the design integrates natural elements to facilitate interactive learning within the diverse ecosystems of the Al Wathba Wetland Reserve.
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.